Axygen试剂盒 AP-MN-BT-GDNA-250G AxyPrep 细菌基因组DNA小量制备试剂盒 250 prep 盒 1985
日度归档:2023年1月25日
Axygen试剂盒 AP-MN-MS-RNA-50G AxyPrep 总RNA小量制备试剂盒
Axygen试剂盒 AP-MN-MS-RNA-50G AxyPrep 总RNA小量制备试剂盒 50 prep 盒 842
Whatman 滤膜 10362010 pH试纸,范围2-9,non-bleeding/100
Whatman 滤膜 10362010 pH试纸,范围2-9,non-bleeding/100 PANPEHA PLUS 6x85MM 100/PK 2-9
Whatman 滤膜 10548023 PROTRAN BA85 63x228MM 10/PK
Whatman 滤膜 10548023 PROTRAN BA85 63x228MM 10/PK PROTRAN BA85 63x228MM 10/PK
羟乙基淀粉标准品 Hydroxyethyl Starch CAS:9005-27-0
上海金畔生物科技有限公司提供羟乙基淀粉标准品 Hydroxyethyl Starch CAS:9005-27-0
羟乙基淀粉标准品 Hydroxyethyl Starch CAS:9005-27-0 | ||||
水性凝胶色谱标准品(Aqueous GPC/SEC Standards) | ||||
(1)低分子量,支链型多聚糖 | ||||
Low Mw, Branched, Polysaccharides 250mg包装 | ||||
Catalog # | Mp | Mw | Mn | IV* |
HETA6K | 5,500 | 6,000 | 4,000 | 0.076 |
HETA9K | 8,900 | 9,400 | 5,600 | 0.088 |
HETA11K | 10,000 | 11,100 | 6,800 | 0.091 |
HETA18K | 16,100 | 18,300 | 13,000 | 0.105 |
HETA21K | 20,400 | 21,500 | 11,800 | 0.113 |
HETA23K | 21,700 | 23,900 | 16,300 | 0.115 |
HETA27K | 20,400 | 27,800 | 15,100 | 0.114 |
HETA40K | 34,800 | 40,700 | 22,300 | 0.131 |
HETA47K | 41,600 | 47,800 | 32,100 | 0.138 |
HETA55K | 46,900 | 54,700 | 27,300 | 0.143 |
HETA60K | 56,000 | 59,500 | 37,200 | 0.15 |
HETA75K | 73,700 | 75,800 | 45,100 | 0.162 |
HETA82K | 75,400 | 82,500 | 49,300 | 0.164 |
HETA88K | 80,000 | 88,000 | 55,100 | 0.166 |
HETA92K | 84,900 | 92,600 | 53,700 | 0.169 |
HETA95K | 80,000 | 95,800 | 51,800 | 0.167 |
HETA100K | 95,600 | 100,600 | 63,000 | 0.176 |
HETA108K | 76,000 | 108,000 | 55,400 | 0.164 |
HETA115K | 107,600 | 115,100 | 55,100 | 0.181 |
IV* – Intrinsic Viscosity in 0.05M Sodium Nitrate at 30°C | ||||
(a = 0.289; K = 0.00637) |
更多产品,更多优惠,请联系我们!
上海金畔生物科技有限公司
地 址: 上海市浦东新区东靖路699弄36栋701室
邮 编: 201208
固话总机:
订货热线:15221999938
网 址: www.jinpanbio.com
金畔博客:www.jinpanbio.cn
Email:sales@jinpanbio.com
上海金畔提供WAKO产品现货清单
上海金畔提供WAKO产品现货清单
上海金畔生物科技有限公司提供生命科学研究领域系列产品,包括色谱标准品、生化试剂、诊断试剂、实验耗材和仪器。标准品和试剂包括APSC品牌分子质量测量标准品、德国DR品牌固体标准品、O2si品牌的液体标准品、Laysan品牌的修饰性PEG(修饰性聚乙二醇)、WAKO品牌的表面张力测试剂、WAKO品牌的日立氨基酸分析仪配套试剂-缓冲液、显色液、Lumiprobe品牌的标记分子氨基活性染料。免疫诊断试剂包括Roche品牌的酶、Abcam品牌的单克隆抗体、多克隆抗体、ELisa试剂盒、MP bio品牌的DNA提取试剂盒等多种产品。耗材和仪器包括NUSSUI品牌的培养基、HTL品牌的移液器、Reseach diets品牌的动物饲料、Labnet品牌的离心机等实验室常用仪器耗材。
o. | Product code. | Product / Description | Grade | Size | CAS no. | Expiry Date | Lot No. |
1 | 011-14463 | Amino Acids Standard Solution, Type AN-2 | for Amino Acid Automated Analysis | 1mLx5 | – | 2015/10/31 | TLG0045 |
2 | 011-19365 | 2,2′-Azobis[2-(2-imidazolin-2-yl)propane] | Wako 1st Grade | 500g | 27776-21-2 | – | AWL2593 |
Dihydrochloride | |||||||
3 | 012-01965 | Alminium Oxide | Wako Special Grade | 500g | – | – | PDG2917 |
4 | 012-03305 | Ammonium Dihydrogenphosphate | JIS Special Grade | 500g | 7722-76-1 | – | WEF3374 |
5 | 012-08643 | Amino Acids Mixture Standard Solution, Type B | for Amino Acid Automated Analysis | 1mLx5 | – | 2015/11/30 | TLF1243 |
6 | 013-08391 | Amino Acids Mixture Standard Solution, Type H | for Amino Acid Automated Analysis | 5mL | – | 2016/7/31 | AWK3875 |
7 | 015-14461 | Amino Acids Mixture Standard Solution, Type AN-2 | for Amino Acid Automated Analysis | 5mL | – | 2016/5/31 | AWM1614 |
8 | 015-25191 | Anti Phosphorylated α-Synuclein, Monoclonal Antibody (pSyn#64) | for Immunochemistry | 50ul | – | 2016/9/30 | CTJ1556 |
9 | 016-08641 | Amino Acids Mixture Standard Solution, Type B | for Amino Acid Automated Analysis | 5mL | – | 2016/5/31 | AWM1998 |
10 | 016-20001 | Anti Iba1, Rabbit (for Western Blotting) | for Immunochemistry | 50μg | – | – | CTM4758 |
11 | 016-23281 | Anti Rat P2X4, Monoclonal Antibody | for Immunochemistry | 50ug | – | 2015/11/30 | STE0380 |
12 | 017-19362 | 2,2′-Azobis[2-(2-imidazolin-2-yl)propane] Dihydrochloride | Wako 1st Grade | 25g | 27776-21-2 | – | CTQ0504 |
13 | 018-08721 | Agar, Powder | for Bacterial Culture Medium | 100g | 9002-18-0 | – | WEF3981 |
14 | 018-22021 | Anti Mouse Ago2, Monoclonal Antibody | for Immunochemistry | 100μL | – | 2017/9/30 | WEH0913 |
15 | 019-03435 | Ammonium sulfate | JIS Special Grade | 500g | 7783-20-2 | – | WEF3193 |
16 | 019-08393 | Amino Acids Mixture Standard Solution, Type H | for Amino Acid Automated Analysis | 5Ax1mL | – | 2016/7/31 | AWK3876 |
17 | 019-11941 | Active Carbon-impregnated Silica Gel | for Dioxins Analysis | 10g | – | – | PDR7265 |
18 | 019-19741 | Anti Iba1, Rabbit (for Immunocytochemistry) | for Immunochemistry | 50μg | – | – | CTJ0605 |
19 | 019-22291 | Anti Olfactory Marker Protein, Goat | for Immunochemistry | 100μL | – | 2017/7/31 | CTK0122 |
20 | 021-02195 | Boric acid | JIS Sp, ecial Grade | 500g | 10043-35-3 | – | PDN2765 |
21 | 021-16201 | BES-H2O2(Cell-impermeant) | for Cellbiology | 1mg | – | 2018/10/31 | PDG2591 |
22 | 021-17801 | BES-So-AM | for Cellbiology | 1mg | 936356-51-3 | 2017/12/31 | TLE2418 |
23 | 022-07985 | γ-Butyrolactone | Wako Special Grade | 500mL | 96-48-0 | – | WEG2337 |
24 | 025-03195 | Buffer Solution Standard (Phosphate pH Standard Equimolal Solution) pH6.86 (25 degrees C) | — | 500mL | – | – | KPH3737 |
025-03195 | Buffer Solution Standard (Phosphate pH Standard Equimolal Solution) pH6.86 (25 degrees C) | — | 500mL | – | – | KPF5752 | |
25 | 025-15481 | BES-Thio | for Cellbiology | 1mg | – | – | WEN1802 |
26 | 026-16371 | BF-170 | for Cellbiology | 1mg | – | 2018/2/28 | PDQ4950 |
27 | 027-01276 | Benzyl Alcohol | Wako Special Grade | 500mL | 100-51-6 | – | AWQ5348 |
28 | 028-03185 | Buffer Solution Standard (Phthalate pH Standard Solution) pH4.01 (25 degrees C) | — | 500mL | – | – | KPH3736 |
028-03185 | Buffer Solution Standard (Phthalate pH Standard Solution) pH4.01 (25 degrees C) | — | 500mL | – | – | KPG4717 | |
29 | 028-03205 | Buffer Solution Standard (Tetraborate pH Standard Solution) pH9.18 (25 degrees C) | — | 500mL | – | – | KPG4712 |
30 | 028-16211 | BES-So (Cell-impermeant) | for Cellbiology | 1mg | – | 2018/10/31 | PDG2590 |
31 | 028-17811 | BES-H2O2-Ac | for Cellbiology | 1mg | – | 2017/12/31 | TLE3097 |
32 | 029-16361 | BF-168 | for Cellbiology | 1mg | – | 2018/2/28 | PDQ4892 |
33 | 031-17601 | Collagenase Type I | for Cell Dispersion | 100mg | 9001/12/1 | – | CTN3010 |
34 | 032-08385 | Citric Acid Monohydrate | for Amino Acid Automated Analysis | 500g | 5949-29-1 | – | WEG2729 |
35 | 032-15372 | Casein Phosphopeptide | for Biochemistry | 25g | – | – | AWM1209 |
36 | 034-06363 | N-Caprylic Acid | for Amino Acid Automated Analysis | 25mL | 124-07-2 | – | WEJ0118 |
37 | 034-16111 | Cefotaxime Sodium Salt | for Biochemistry | 1g | 64485-93-4 | – | AWQ4842 |
38 | 035-04595 | Creatinine | Wako Special Grade | 500g | 60-27-5 | – | PDF4026 |
39 | 035-17604 | Collagenase Type I | for Cell Dispersion | 1g | 9001/12/1 | – | PDE5395 |
40 | 038-23221 | α-Casein, from Bovine Milk, Dephosphorylated | for Biochemistry | 1mg | – | 2016/4/30 | PDG6339 |
41 | 039-01335 | Carboxymethyl Cellulose Sodium Salt | Practical Grade | 500g | 9004-32-4 | – | WEH1601 |
42 | 039-23511 | CultureSure? Freezing Medium | for Cell Culture | 100ml | – | 2015/11/30 | AWE7028 |
43 | 041-18861 | Dexamethasine | for Biochemistry | 1g | 1950/2/2 | – | CTP2480 |
44 | 042-29445 | Dibasic Sodium Phosphate Hydrate | Japanese Pharmacopoeia Grade | 500g | 10039-32-4 | – | WEG2592 |
45 | 043-22611 | Dextran 200,000 | for Leukocite Seperation | 100g | 9004-54-0 | – | TLH5673 |
46 | 047-18863 | Dexamethasone | for Biochemistry | 100mg | 1950/2/2 | – | WEK5991 |
47 | 049-18801 | 4′,6-Diamidino-2-phenylindole Dihydrochloride n-Hydrate | for Biochemistry | 10mg | 28718-90-3 | – | LAG7734 |
48 | 058-07681 | EasySeparator | for Electrophoresis | 1set | – | – | CTK4710 |
49 | 064-05381 | Fibroblast Growth Factor (basic)(FGFb / bFGF / FGF2), Human, recombinant, Animal-derived-free | for Cellbiology | 50ug | 106096-93-9 | 2019/2/28 | CTQ0795 |
50 | 071-02293 | gamma-Globulin, from Human Serum | for Biochemistry | 5g | 9007-83-4 | – | AWR4304 |
51 | 075-03075 | Gellan Gum | for Plant Tissue Culture | 500g | 71010-52-1 | – | CTQ1000 |
52 | 077-03155 | Gelatin | Wako 1st Grade | 500g | 9000-70-8 | – | CTG3357 |
53 | 081-00136 | Heparin Sodium | Wako Special Grade | 10mu | 9041/8/1 | – | WER5210 |
54 | 088-00705 | L-Histidine Hydrochloride Monohydrate | JIS Special Grade | 500g | 5934-29-2 | – | CTR6609 |
55 | 093-06471 | Insulin, Human, recombinant | — | 50mg | – | 2018/3/31 | CTP2221 |
56 | 097-06474 | Insulin, Human, recombinant | for Cell Culture | 1g | 11061-68-0 | 2017/4/30 | PDE5198 |
57 | 120-04891 | L-012 | for Biochemistry | 100mg | – | – | CTM7256 |
58 | 125-05061 | Lysyl Endopeptidase, Mass Spectrometry Grade | for Proteome Research | 5×20μg | – | – | CTE6107 |
59 | 129-02541 | Lysyl Endopeptidase( R) | for Biochemistry | 10AU | – | – | CTP1758 |
129-02541 | Lysyl Endopeptidase( R) | for Biochemistry | 10AU | – | – | CTP1759 | |
129-02541 | Lysyl Endopeptidase( R) | for Biochemistry | 10AU | – | – | CTG3580 | |
60 | 129-04861 | LY 294002 | for Biochemistry | 5mg | 154447-36-6 | – | WEE4949 |
61 | 130-07871 | Melibiose | for Biochemistry | 5g | 585-99-9 | – | TLJ5059 |
62 | 131-00405 | Magnesium Sulfate | JIS Special Grade | 500g | 10034-99-8 | – | MPG7010 |
63 | 136-03032 | Methyl Red | JIS Special Grade | 25g | 493-52-7 | – | PDJ6880 |
64 | 137-06085 | Molecular Sieves 4A1/16 | — | 500g | 70955-01-0 | – | MPG7052 |
65 | 138-07872 | Melibiose | for Biochemistry | 25g | 585-99-9 | – | AWR4168 |
66 | 145-08221 | Nuclease P1 | for Genetic Research | 500u | 54576-84-0 | – | CTN3612 |
67 | 162-09115 | Polyethylene Glycol 4,000 | Wako 1st Grade | 500g | 25322-68-3 | – | PDQ6850 |
68 | 163-03545 | Potassium Chloride | JIS Special Grade | 500g | 7447-40-7 | – | PDL4876 |
69 | 164-21655 | N/400 Potassium Polyvinyl Sulfate Solution | for Colloidal Titration | 500mL | 26837-42-3 | CTG7420 | |
70 | 165-09105 | Polyethylene Glycol 2,000 | Wako 1st Grade | 500g | 25322-68-3 | – | PDP1680 |
71 | 165-17035 | Polyvinylpyrrolidone K 30 | Wako Special Grade | 500g | 9003-39-8 | – | WEE5305 |
72 | 167-09045 | Polyethylene Glycol 200 | Wako 1st Grade | 500g | 25322-68-3 | – | PDR6348 |
73 | 169-04245 | Potassium Dihydrogen Phosphate | JIS Special Grade | 500g | 7778-77-0 | – | PDG2684 |
74 | 169-09125 | Polyethylene Glycol 6,000 | Wako 1st Grade | 500g | 25322-68-3 | – | PDR6358 |
75 | 185-01003 | Rifampicin | for Biochemistry | 5g | 13292-46-1 | – | TLH5945 |
76 | 186-01114 | all-trans-Retinoic Acid | for Biochemistry | 50mg | 302-79-4 | – | WEG2507 |
77 | 189-01001 | Rifampicin | for Biochemistry | 1g | 13292-46-1 | – | TLH5946 |
78 | 190-05535 | Trisodium Citrate Dihydrate | for Amino Acid Automated Analysis | 500g | 6132/4/3 | – | WEH1337 |
79 | 191-01665 | Sodium Chloride | JIS Special Grade | 500g | 7647-14-5 | – | PDE4370 |
80 | 191-01785 | Trisodium Citrate Dihydrate | JIS Special Grade | 500g | 6132/4/3 | – | PDR5790 |
191-01785 | Trisodium Citrate Dihydrate | JIS Special Grade | 500g | 6132/4/3 | – | CTR6099 | |
81 | 193-02041 | Glycerol 2-Phosphate Disodium Salt n-Hydrate | — | 100g | 819-83-0 | – | AWM1825 |
82 | 195-12854 | Streptavidin, from Streptomyces avidinii | for Immunochemistry | 5mg | 9013-20-1 | ||
83 | 195-16031 | StemSure (R) Freezing Medium | for Cell Culture | 100ml | – | 2016/2/29 | CTP7001 |
84 | 196-00015 | Sucrose | JIS Special Grade | 500g | 57-50-1 | – | PDR6053 |
85 | 196-08675 | Sodium Dodecyl Sulfate | Wako 1st Grade | 500g | 151-21-3 | – | PDE5155 |
86 | 197-07485 | Sodium Sulfate | for PCB and Phthalic Acid Esters Analysis | 500g | 7757-82-6 | – | WEH0240 |
87 | 199-02825 | Sodium Dihydrogenphosphate Dihydrate | Wako 1st Grade | 500g | 13472-35-0 | – | WEF2979 |
88 | 203-17561 | Trichostatin A | for Cellbiology | 1mg | 58880-19-6 | 2016/10/30 | LAH1693 |
89 | 207-00055 | L(+)-Tartaric Acid | JIS Special Grade | 500g | 87-69-4 | – | WEG1785 |
90 | 208-08385 | 1mol/l Triethylammonium Hydrogencarbonate Solution | for Nucleic Acid Synthesis | 500mL | 15715-58-9 | – | WEP1535 |
91 | 223-02112 | VA-044 | for Cellbiology | 25g | 27776-21-2 | 2016/11/30 | AWE5044 |
92 | 225-02111 | VA-044 | for Cellbiology | 100g | 27776-21-2 | 2016/11/30 | AWE5045 |
93 | 227-01071 | Valproic Acid | for Biochemistry | 5g | 99-66-1 | – | TLM1830 |
94 | 230-01981 | Wetting Tension Test Mixture No.46.0 | for Determination of Wetting Tension | 50mL | – | 2015/2/28 | AWP0166 |
95 | 231-01911 | Wetting Tension Test Mixture No.39.0 | for Determination of Wetting Tension | 50mL | – | 2015/5/31 | AWL0211 |
96 | 231-02011 | Wetting Tension Test Mixture No.52.0 | for Determination of Wetting Tension | 50mL | – | 2015/11/30 | AWE0327 |
97 | 231-02131 | Wetting Tension Test Mixture No.70.0 | for Determination of Wetting Tension | 50mL | – | 2015/2/28 | AWP0158 |
98 | 232-01941 | Wetting Tension Test Mixture No.42.0 | for Determination of Wetting Tension | 50mL | – | 2015/12/31 | KPR0356 |
99 | 233-01971 | Wetting Tension Test Mixture No.45.0 | for Determination of Wetting Tension | 50mL | – | 2015/9/30 | AWG0300 |
100 | 234-02001 | Wetting Tension Test Mixture No.50.0 | for Determination of Wetting Tension | 50mL | – | 2015/11/30 | AWE0328 |
101 | 235-01931 | Wetting Tension Test Mixture No.41.0 | for Determination of Wetting Tension | 50mL | – | 2015/8/31 | AWH0274 |
102 | 235-02031 | Wetting Tension Test Mixture No.56.0 | for Determination of Wetting Tension | 50mL | – | 2016/1/31 | KPQ0360 |
103 | 236-01961 | Wetting Tension Test Mixture No.44.0 | for Determination of Wetting Tension | 50mL | – | 2015/12/31 | KPR0343 |
104 | 238-01921 | Wetting Tension Test Mixture No.40.0 | for Determination of Wetting Tension | 50mL | – | 2015/8/31 | AWH0276 |
105 | 238-02021 | Wetting Tension Test Mixture No.54.0 | for Determination of Wetting Tension | 50mL | – | 2015/12/31 | KPR0358 |
106 | 238-02141 | Wetting Tension Test Mixture No.73.0 | for Determination of Wetting Tension | 50mL | 7732-18-5 | 2015/12/31 | KPR0354 |
107 | 253-00513 | Y-27632 | for Cellbiology | 5mg | 331752-47-7 | – | CTL6457 |
108 | 257-00511 | Y-27632 | for Cellbiology | 1mg | 331752-47-7 | – | CTL6456 |
109 | 290-34251 | Presep-C DNPH | for Sample Pretreatment | 20EA | – | – | CTP2465 |
290-34251 | Presep-C DNPH | for Sample Pretreatment | 20EA | – | – | CTG4248 | |
110 | 290-63701 | LabAssay? Triglyceride | for Cellbiology | 1000tests | – | 2015/3/31 | KQP6245 |
111 | 290-65901 | LabAssay? Creatinine | for Cellbiology | 500tests | – | 2016/8/31 | KQQ6231 |
112 | 291-58601 | Lab Assay ALP | for Cellbiology | 900tests | – | 2015/9/30 | KQH6324 |
113 | 293-51601 | Endotoxin Extracting Solution for LAL Test | for Endotoxin Detection | 10mL x 4 | – | 2017/5/31 | KQL6282 |
114 | 294-62001 | DsDD cDNA Subtraction kit Wako | for Genetic Research | 5tests | – | 2016/1/31 | WEG1238 |
115 | 294-63601 | LabAssay? NEFA | for Cellbiology | 750tests | – | 2015/6/30 | KQM6277 |
116 | 294-65801 | LabAssay? Cholesterol | for Cellbiology | 1000tests | – | 2015/4/30 | KQN6263 |
117 | 295-50201 | DNA Extractor? Kit | for Genetic Research | 50tests | – | – | CTN2215 |
118 | 295-51301 | Limulus ES-II Single Test Wako | for Endotoxin Detection | 25 tests | – | 2016/9/30 | KQH0327 |
295-51301 | Limulus ES-II Single Test Wako | for Endotoxin Detection | 25 tests | – | 2016/9/30 | KQH0329 | |
119 | 295-73401 | Fructooligosaccharides Set | for High Performance Liquid Chromatography | Set | – | – | KPF6693 |
120 | 296-63801 | LabAssay? Phospholipid | for Cellbiology | 1300tests | – | 2015/7/31 | KQL6302 |
121 | 297-57601 | Rat Leptin ELISA Kit wako | for Adiposity Research | 96tests | – | 2013/12/31 | PDL3775 |
122 | 298-64101 | Fructooligosaccharides standard set | for High Performance Liquid Chromatography | set | – | – | AWG0714 |
123 | 298-65701 | LabAssay? Glucose | for Cellbiology | 1000tests | – | 2015/10/31 | KQN6262 |
124 | 300-93523 | Phos-tag (TM) Acrylamide AAL-107 | — | 2mg | – | – | 14J-03 |
125 | 301-93531 | Phos-tag (TM) Biotin BTL-104 | — | 10mg | – | – | 14H-03 |
126 | 301-99413 | Phos-tagTM Biotin BTL-104 1mM Aqueous Solution[for Campaign] | — | 0.1mL | 753451-66-0 | ||
127 | 302-93522 | Phos-tagTM Acrylamide AAL-107 5mM Aqueous Solution[for Campaign] | — | 0.3mL | 871839-54-2 | – | 13J-02 |
128 | 302-93561 | Phos-tag (TM) Agarose | — | 0.5mL | – | – | 30128 |
302-93561 | Phos-tag (TM) Agarose | — | 0.5mL | – | – | 40715 | |
129 | 304-93521 | Phos-tag (TM) Acrylamide AAL-107 | — | 10mg | – | – | 14G-01 |
304-93521 | Phos-tag (TM) Acrylamide AAL-107 | — | 10mg | – | – | 14J-02 | |
130 | 304-93526 | Phos-tag (TM) Acrylamide AAL-107 5mM Aqueous Solution | — | 0.3ml | – | – | 14J-04 |
131 | 305-93551 | Phos-tag? Mass Analytical Kit | — | set | – | – | 14C-02 |
132 | 308-93541 | Phos-tag (TM) Biotin BTL-105 | — | 10mg | – | – | 6K-01 |
133 | 308-93563 | Phos-tag (TM) Agarose | — | 3mL | – | – | 30822 |
134 | 308-97201 | Phos-tag Biotin BTL-1111 1mM Aqueous Solution | — | 0.1000mL | – | – | 14H-04 |
135 | 325-88521 | Lipase PS Amano SD | — | 10g | – | – | TLE0918 |
136 | 631-00651 | Cellmatrix Type I -A (Collagen, Type I, 3 mg/mL, pH 3.0) | — | 20mL | – | 2015/8/27 | 140827 |
137 | 637-00653 | Cellmatrix Type I -A (Collagen, Type I, 3 mg/mL, pH 3.0) | — | 100mL | – | 2015/5/21 | 140521 |
138 | 638-01021 | Endotoxin Standad /JPSE | — | 10000un | – | – | ENH14000001 |
139 | 986-10001 | Anti asialo GM1 (Rabbit), (014-09801) | — | 1mL | 617-45-8 | – | TGP5888 |
更多产品,更多优惠,请联系我们!
上海金畔生物科技有限公司
地 址: 上海市浦东新区东靖路699弄36栋701室
邮 编: 201208
固话总机:
订货热线:15221999938
24小时短信服务:15221999938
服务投诉:15221999938
网 址: www.jinpanbio.com
Email:sales@jinpanbio.com
水溶性荧光染料炔基 C13B0 Sulfo-Cyanine3 alkyne 10 mg
水溶性荧光染料炔基 C13B0 Sulfo-Cyanine3 alkyne 10 mg 水溶性荧光染料炔基 Sulfo-Cyanine3 炔基 10 mg 470
甘油检测试剂盒 Glycerol GK Assay Kit 货号:K-GCROLGK Megazyme中文站
甘油检测试剂盒
英文名:Glycerol GK Assay Kit
货号:K-GCROLGK
规格:70 assays (manual) /700 assays (microplate
The Glycerol GK test kit is a simple, reliable and accurate method for the measurement and analysis of glycerol in beverages, foodstuffs and other material. Based on use of ADP-glucokinase and increase in absorbance on conversion of NAD+ to NADH.
Extended cofactors stability. Dissolved cofactors stable for > 1 year at 4oC.
Suitable for manual, auto-analyser and microplate formats.
UV-method for the determination of Glycerol in foodstuffs,
beverages and other materials
Principle:
(glycerokinase)
(1) Glycerol + ATP → L-glycerol-3-phosphate + ADP
(ADP-GK)
(2) ADP + D-glucose → G-6-P + AMP
(glucose-6-phosphate dehydrogenase)
(3) G-6-P + NAD+ → gluconate-6-phosphate + NADH + H+
Kit size: 70 assays (manual) / 700 (microplate)
/ 600 (auto-analyser)
Method: Spectrophotometric at 340 nm
Reaction time: ~ 7 min
Detection limit: 0.37 mg/L
Application examples:
Wine (and grape juice), beer, spirits, vinegar, marzipan, fruit juices,
soft drinks, toothpaste, honey, tobacco, paper (and cardboard),
cosmetics, pharmaceuticals, soap and other materials (e.g. biological
cultures, samples, etc.)
Method recognition: Novel method
Advantages
- Novel tablet format for increased stability
- Very competitive price (cost per test)
- All reagents stable for > 2 years as supplied
- Very rapid reaction
- Positive reaction (assay proceeds with an increase in absorbance)
- Mega-Calc™ software tool is available from our website for hassle-free raw data processing
- Standard included
- Suitable for manual, microplate and auto-analyser formats
Q1. Should the pH of the sample be adjusted even for samples in acidic media?
The pH of the assay solution after the sample is added should be the same as that of the assay buffer that is supplied with the kit.
Low sample volumes (e.g. 0.1 mL) are not likely to affect the pH of the assay solution and therefore may not require pH adjustment.
Samples above 0.1 mL are more likely to affect the pH of the assay solution and therefore the pH of these samples should be adjusted as described in the data booklet, prior to addition to the assay.
Q2. Is the K-GCROLGK Assay Kit suitable for measurement using cell culture media samples?
Yes, assuming that the concentration of the analyte in the sample (after sample preparation) is above the limit of detection for the kit. It may be sufficient to use the sample directly in the assay after clarification by centrifugation / filtering followed by dilution (if required) in distilled water.
Q3. Is K-GCROLGK specific for glycerol?
K-GCROLGK is highly specific for glycerol.
Some compounds that are known not to react or interfere with the assay include:
Polyethylene glycol
Ethylene glycol
Propylene glycol
Q4. Sometimes a negative absorbance change is obtained for the blank samples, is this normal? Should the real value (negative absorbance change) or “0” be used in the calculation of results?
Sometimes the addition of the last assay component can cause a small negative absorbance change in the blank samples due to a dilution effect and in such cases it is recommended that the real absorbance values be used in the calculation of results.
Q5. There is an issue with the performance of the kit; the results are not as expected.
If you suspect that the Megazyme test kit is not performing as expected such that expected results are not obtained please do the following:
- Ensure that you have tested the standard sample that is supplied with the Megazyme test kit.
- Send the results of the kit standard, blank samples and the results obtained for your sample, in the relevant MegaCalc spreadsheet (if available) to Megazyme (cs@megazyme.com). Where available the relevant MegaCalc spreadsheet can be downloaded from where the product appears on the Megazyme website.
- State the kit lot number being used (this is found on the outside of the kit box).
- State which assay format was used (refer to the relevant page in the kit booklet if necessary).
- State exact details of any modifications to the standard procedure that is provided by Megazyme.
- State the sample type and describe the sample preparation steps if applicable.
Q6. The pH of my sample is low (pH ~ 3.0), do I need to adjust this before I use the sample in the kit assay?
The final pH of the kit assay after the sample is added should not change from what it should be (as stated in the kit for the assay buffer). If it does change then the sample will require pH adjustment. In most cases the sample volume being used is low relative to the final assay volume and in this case the pH of the kit assay is unlikely to be affected.
Q7. How can I work out how much sample to extract and what dilution of my sample should be used in the kit assay?
Where the amount of analyte in a liquid sample is unknown, it is recommended that a range of sample dilutions are prepared with the aim of obtaining an absorbance change in the assay that is within the linear range.
Where solid samples are analysed, the weight of sample per volume of water used for sample extraction/preparation can be altered to suit, as can the dilution of the extracted sample prior to the addition of the assay, as per liquid samples.
Q8. Can you explain, step by step, how to follow the method and perform the kit assay?
For users who are not familiar with how to use the Megazyme tests kits then it is recommended that they follow this example, e.g. D-Fructose/D-Glucose Assay kit K-FRUGL (http://secure.megazyme.com/D-Fructose-D-Glucose-Assay-Kit):
1. The kit components are listed on pages 2-3 of the kit booklet.
2. Prepare the kit reagents as described on page 3.
3. For separate measurements of glucose and fructose follow procedure A on page 4.
4. Pipette the volumes listed for water, sample, solution 1 and solution 2 into 3 mL, 1 cm pathlength cuvettes. Duplicate sample assays and duplicate blanks are recommended. Mix the contents of each cuvette by inversion (seal the cuvette using parafilm or a plastic cuvette cap – do not use a finger) then after ~3 min record the first absorbance reading of each cuvette at 340 nm (this is reading A1).
5. Then add suspension 3 and mix the contents of each cuvette by inversion. Incubate for 5 minutes then record the absorbance reading of each cuvette at 340 nm (this is reading A2). NB. It is essential that the reaction is compete. To assess this, record the absorbances at ~ 2 minute intervals and until the absorbance plateaus. A stable absorbance indicates that the reaction is complete. If the absorbance continues to increase then continue to record absorbances until it plateaus and only then record absorbance reading A2.
6. Then add suspension 4 and mix the contents of each cuvette by inversion. Incubate for 5 minutes then take absorbance reading of each cuvette at 340 nm (this is reading A3). NB. As above, assess that the reaction has completed by take subsequent readings at ~2 min intervals.
7. For simple, automated results analysis, input the absorbance readings (A1, A2, A3) for samples and blanks into the K-FRUGL MegaCalc.
To ensure that the assay is working, and being performed correctly it is recommend that the test is performed using the standard sample that is provided with the kit and to obtain the expected values before proceeding to test real samples.
It is recommend that new users also watch this video which highlights how to perform the assays.
Many of the other Megazyme test kits follow a similar format.
Q9. I have some doubts about the appearance/quality of a kit component what should be done?
If there are any concerns with any kit components, the first thing to do is to test the standard sample (control sample) that is supplied with the kit and ensure that the expected value (within the accepted variation) is obtained before testing any precious samples. This must be done using the procedure provided in the kit booklet without any modifications to the procedure. If there are still doubts about the results using the standard sample in the kit then send example results in the MegaCalc spread sheet to your product supplier (Megazyme or your local Megazyme distributor).
Q10. Can the sensitivity of the kit assay be increased?
For samples with low concentrations of analyte the sample volume used in the kit assay can be increased to increase sensitivity. When doing this the water volume is adjusted to retain the same final assay volume. This is critical for the manual assay format because the assay volume and sample volume are used in the calculation of results.
Q11. How much sample should be used for the clarification/extraction of my sample?
The volume/weight of sample and total volume of the extract can be modified to suit the sample. This will ultimately be dictated by the amount of analyte of interest in the sample and may require empirical determination. For low levels of analyte the sample:extract volume ratio can be increased (i.e. increase the sample and/or decrease the total extraction volume).
Alternatively, for samples with low concentrations of analyte, a larger sample volume can be added to the kit assay. When altering the sample volume adjust the distilled water volume added to the assay accordingly so that the total assay volume is not altered.
Q12. Can the test kit be used to measure biological fluids and what sample preparation method should be used?
The kit assay may work for biological fluids assuming that inositol is present above the limit of detection for the kit after any sample preparation (if required). Centrifugation of the samples and use of the supernatant directly in the kit assay (with appropriate dilution in distilled water) may be sufficient. However, if required a more stringent sample preparation method may be required and examples are provided at the following link:http://www.megazyme.com/docs/analytical-applications-downloads/biological_samples_111109.pdf?sfvrsn=2
The test kit has not been tested using biological fluids as samples because it is not marketed or registered as a medical device. This will therefore require your own validation.
Q13. Can the manual assay format be scaled down to a 96-well microplate format?
The majority of the Megazyme test kits are developed to work in cuvettes using the manual assay format, however the assay can be converted for use in a 96-well microplate format. To do this the assay volumes for the manual cuvette format are reduced by 10-fold. The calculation of results for the manual assay format uses a 1 cm path-length, however the path-length in the microplate is not 1 cm and therefore the MegaCalc spreadsheet or the calculation provided in the kit booklet for the manual format cannot be used for the micropalate format unless the microplate reader being used can.
There a 3 main methods for calculation of results using the microplate format:
- The easiest method is to use a microplate reader that has a path-length conversion capability (i.e. the microplater reader can detect the path-length of each well and convert the individual readings to a 1 cm path-length). This will allow values to be calculated using the MegaCalc calculation software which can be found where the product is located on the Megazyme website.
- Perform a standard curve of the analyte on each microplate that contains test samples and calculate the result of the test samples from the calibration curve (concentration of analyte versus absorbance).
- Perform a standard curve of the analyte in both the cuvette format (i.e. with a 1 cm path-length) and the 96-well microplate format and use these results to obtain a mean conversion factor between the cuvette values and the microplate values. Subsequent assays in the microplate format can then be converted from the calculated conversion factor.
Q14. When using this kit for quantitative analysis what level of accuracy and repeatability can be expected?
The test kit is extremely accurate – at Megazyme the quality control criteria for accuracy and repeatability is to be within 2% of the expected value using pure analytes.
However, the level of accuracy is obviously analyst and sample dependent.
Q15. Is it possible to add a larger volume then 2 μL of enzyme to the microplate assay? In some instances 2 μL can be difficult to pipette manually.
Yes, instead of adding 2 μL of enzyme suspension an alternative is to dilute the enzyme and add a larger volume to the microplate assay.
Dilute the assay buffer 10-fold with distilled water and use this as the diluent to dilute an aliquot of the enzyme suspension also by 10-fold. Instead of 2 μL, use 20 μL of the diluted enzyme in the microplate assay.
Q16. Must the minimum absorbance change for a sample always be at least 0.1?
No. The 0.1 change of absorbance is only a recommendation. The lowest acceptable change in absorbance can is dictated by the analyst and equipment (i.e. pipettes and spectrophotometer) and therefore can be can be determined by the user. With accurate pipetting, absorbance changes as low as 0.02 can be used accurately.
If a change in absorbance above 0.1 is required but cannot be achieved due to low concentrations of analyte in a sample, this can be overcome by using a larger sample volume in the assay to increase the absorbance change and thereby increase sensitivity of the assay. When doing this the increased volume of the sample should be subtracted from the distilled water volume that is added to the assay so that the total assay volume is unaltered. The increase sample volume should also be accounted for when calculating final results.
Q17. Can the sensitivity of the kit assay be increased?
Yes. Samples with the lower concentrations of analyte will generate a lower absorbance change. For samples with low concentrations of analyte, a larger sample volume can be used in the assay to increase the absorbance change and thereby increase sensitivity of the assay. When doing this the increased volume of the sample should be subtracted from the distilled water volume that is added to the assay so that the total assay volume is unaltered. The increase sample volume should also be accounted for when calculating final results.
Q18. To measure fermentation samples contain high microbial cell density, is cell disruption required?
Cell disruption is only require to measure glycerol within microbial cells.
To measure glycerol in the extracellular media only then cell disruption is not required and centrifugation of the sample may be sufficient, e.g.:
(a) Determination of glycerol in cell culture media/supernatants. In general, the concentration of glycerol in cell culture media/supernatants can be determined without any sample treatment (except clarification by centrifugation/filtering or dilution according to the dilution table, if necessary). Typically, no clarification or dilution is required, and a sample volume of 0.1 mL is satisfactory.
If interference is suspected then sample clarification/deproteinisation using carrez reagents or perchloric acid should be used (methods are provided in the kit booklet).
二水海藻糖 6138-23-4
上海金畔生物科技有限公司提供二水海藻糖
二水海藻糖
货号:DCJ0037A (182273)
包装:100g
英文名:α,α-Trehalose dihydrate别名:D(+)-海藻糖二水合物; D(+)-Trehalose dihydrate品牌:金畔生物 CAS:6138-23-4级别:98%分子式:C12H26O13分子量:378.33
海藻糖是自然界中广泛存在的一种双糖,它是由2个葡萄糖通过 α,α-1,1-糖苷键所形成的非还原性糖(分子式:C12H26O13;分子量:378.33;
二水海藻糖,CAS号:6138-23-4,又称D(+)-海藻糖二水合物,英文名α,α-Trehalose dihydrate;D(+)-Trehalose dihydrate。海藻糖1832年由Wiggers将其从黑麦的麦角菌中首次提取出来
,随后的研究发现海藻糖在自然界中许多可食用动植物及微生物体内都广泛存在。它是由2个葡萄糖通过 α,α-1,1-糖苷键所形成的非还原性糖,按其化学结构可写成 α-D-吡喃葡萄糖基-(1
→1)-α-D-吡喃葡萄糖苷。海藻糖具有稳定生物膜(细胞膜)和蛋白质结构及抗干燥的作用,用于生物制品保护。
英文名称:α,α-Trehalose dihydrate
CAS号:6138-23-4
EINECS号: 202-739-6
MDL number: MFCD00071594
Beilstein Registry Number:5322018
PubChem Substance ID: 24900427
分子式:C12H22O11.2H2O
分子量:378.33
包装规格
100g, 250g, 500g, 1kg。
产品优势
货号182273 DCJ0037A,含量高,质量稳定,性价比好。
同时也提供进口品牌产品:
点击查看其他品牌的二水海藻糖产品
用途
生化试剂,用于生物制品保护
具有抑制骨胶原分解的作用,因而可用于改善骨质疏松症。
用作食品添加剂和甜味剂,甜度相当于蔗糖的45%。由于不属于还原性糖,因此与氨基酸和蛋白质共热时不会发生美拉德反应褐变。
广泛应用于食品业,包括饮料、巧克力及糖果、烘烤制品和速冻食品。
物化数据
从稀乙醇中析出的海藻糖二水物为无色或白色斜方晶系双榍状结晶,有甜味。
性状:白色粉末
熔点: 97-99 °C(lit.)
比旋光度:179 º (c=2, H2O)
溶解度:H2O: 50 mg/mL
安全信息
危险类别码 38-36/37/38
安全说明 37/39-26
WGK Germany 2
RTECS号 LZ5776547
F 3-10
更多产品,更多优惠,请联系我们!
上海金畔生物科技有限公司
固话总机:021-50837765
订货热线:15221999938
qq号:2743691513
网 址: www.jinpanbio.com
金畔博客:www.jinpanbio.cn
Email:sales@jinpanbio.com
美国APSC分子量标准品产品清单
上海金畔生物科技有限公司提供美国美国APSC分子量标准品
APSC品牌代理商–上海金畔
1. APSC品牌介绍
APSC主要提供有机凝胶色谱标准品(Organic GPC/SEC Standards)和水性凝胶色谱标准品(Aqueous GPC/SEC Standards)两类产品。
GPC(Gel Permeation Chromatography),凝胶渗透色谱,又称为尺寸排阻色谱(Size Exclusion Chromatography,简称SEC),它是基于体积排阻的分离机理,通过具有分子筛性质的固定相,用来分离相对分子质量较小的物质,并且还可以分析分子体积不同、具有相同化学性质的高分子化合物。
GPC是一种特殊的液相色谱,所用仪器与高效液相色谱仪类似,GPC的分离是利用体积排除机理,装填的是多孔性凝胶或微粒,孔径大小与待分离的聚合物分子相似,体积大的高分子化合物不能进入凝胶孔,最先从凝胶粒间流出,淋出体积(时间)最小,高聚物依分子量从大到小依次淋出。这样,通过做已知分子量的高分子聚合物的标准曲线,就能分析同系未知待测高分子化合物了。
2. APSC重点产品
机凝胶色谱标准品(Organic GPC/SEC Standards)和水性凝胶色谱标准品(Aqueous GPC/SEC Standards)两类产品。
3. APSC官网
http://www.ampolymer.com/
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polystyrene (Narrow MWD) 2 Polymethacrylic Acid – Na Salt (Narrow MWD) 8
Polystyrene (Ultra High Mw, Narrow MWD) 2 Polymethacrylic Acid – Na Salt Kit 8
Bimodal Polystyrene (Narrow MWD) 2 Polyacrylic Acid – Na Salt 8
Polystyrene (Broad MWD) 2 Polyacrylic Acid – Na Salt (Broad MWD) 8
Brominated Polystyrene 2 Polyacrylic Acid – Na Salt Kits 9
Polystyrene Kits 3 Polyacrylamide (Non-ionic) 9
Polymethyl Methacrylate (Narrow MWD) 3 Polyacrylamide (Non-ionic) 9
Polymethyl Methacrylate (Broad MWD) 3 Polyacrylamide Kits 9
Polymethyl Methacrylate Kits 3 Polyethylene Glycol (Narrow MWD) 9
Polybutadiene (Narrow MWD) 3 Polyethylene Glycol Kits 9
Polybutadiene (Broad MWD) 3 Polyethylene Oxide (Anionic, Narrow MWD) 9
Polybutadiene Kit 3 Polyethylene Oxide (Anionic, Broad MWD) 10
Poly (Iso-Butylene) (Narrow MWD) 4 Polyethylene Oxide Kits 10
Poly (Iso-Butylene) (Broad MWD) 4 Polystyrene Sulfonate – Na Salt (Narrow MWD) 10
Poly (Iso-Butylene) Kits 4 Polystyrene Sulfonate – Na Salt (Broad MWD) 10
Polycarbonate (Branched) 4 Polystyrene Sulfonate – Na Salt Narrow Kit 10
Polycarbonate Kit 4 Dextran (Branched, Polysaccharides) 10
Poly (Vinyl Butyral) (Broad MWD) 4 Dextran (Broad MWD, Branched, Polysaccharides) 11
Polyvinyl Acetate (Broad MWD) 5 Dextran Kits 11
Polyvinyl Acetate Kit 5 Hydroxyethyl Cellulose 11
Polyvinyl Chloride (Broad MWD) 5 Hydroxyethyl Starch (Broad MWD) 11
Polyvinyl Chloride Kit 5 Hydroxyethyl Starch (Branched, Polyscaccharies) 11
Polypropylene Glycol (Narrow MWD) 5 Hydroxyethyl Starch Kits 12
Polypropylene Glycol Kit 5 Pullulan (Linear Polysaccharides) 12
Polydimethylsiloxane 5 Pullulan (Narrow MWD) 12
Polydimethylsiloxane (Broad MWD) 6 Pullulan (Broad MWD) 12
Polydimethylsiloxane Kits 6 Pullulan Kit 12
Polypropylene (Broad MWD) 6 Polyvinyl Alcohol (98% Hydrolyzed) 12
Polypropylene (Low Mw, Narrow MWD) 6 Carboxymethyl Cellulose – Na Salt 12
Polypropylene Kit 6 Hydroxypropyl Methycellulose 12
Polyethylene (Branched HD-LDPE) 6 Hydroxypropyl Cellulose 12
Polyethylene (Broad MWD) 6 Hydroxypropyl Cellulose (Broad MWD) 13
Polyethylene (Narrow MWD) 6 Hydroxypropyl Cellulose Kits 13
Polyethylene (Low Mw) 7 Polyvinylpyrrolidone 13
Polyethylene (Ultra High MWD) 7 Xanthan 13
Polyethylene Terephthalate 7 Poly (2 – Vinylpyridine) (Cationic – Narrow MWD) 13
Polybutylene Terephthalate 7 Poly (2 – Vinylpyridine) (Cationic – Broad MWD) 13
Cellulose Acetate 7 Poly (2 – Vinylpyridine) Kit 13
Polytetrahydrofuran 7 Poly (allylamine) Hydrochloride (Broad MWD) 13
Nylon 6 7 Chitosan (Cationic – Broad MWD) 13
Nylon 66 7 Guar Gum 13
Vinylidene Fluoride-hexafluoropropylene 7 Gel Permeation Chromatography: Conventional 14
Polyacrylonitrile 7 Gel Permeation Chromatography: Absolute 14
Cellulose Triacetate 7 Multi-Angle Laser Light Scattering 15
Polysulfone 8 Vapor Pressure Osmometry 15
Polylactic Acid 8 American GPC Columns 16
Polylactic Acid Kit 8 GPC Column Regeneration Service 16
Polyisoprene (Broad MWD) 8
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 1 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polystyrene (Narrow MWD) Polystyrene (Ultra High Mw, Narrow MWD)
Price per Individual Standard: $92/250mg Price per Individual Standard: $303/250mg
Catalog # Mp Mw Mn IV* Catalog # Mp Mw Mn IV*
PS162 162 162 162 0.0177 PS2000K 1,900,000 1,970,000 1,790,000 3.870
PS200 208 208 208 0.0150 PS2200K 2,200,000 1,830,000 1,340,000 3.780
PS400 370 402 341 0.0219 PS3000K 2,750,000 2,860,000 2,624,000 4.900
PS500 510 517 504 0.0255 PS5000K 4,200,000 4,480,000 3,930,000 6.650
PS900 845 910 783 0.0340 PS6000K 5,100,000 5,480,000 4,765,000 7.650
PS1100 1,080 1,200 1,040 0.0352 PS7000K 6,300,000 6,770,000 5,940,000 8.878
PS1200 1,220 1,330 1,150 0.0364 PS8000K 7,800,000 8,420,000 7,200,000 10.335
PS1500 1,470 1,490 1,350 0.0385 PS12000K 11,600,000 12,650,000 10,630,000 14.584
PS1700 1,670 1,680 1,550 0.0398
PS1900 1,925 1,940 1,690 0.0435 Bimodal Polystyrene (Narrow MWD)
PS2400 2,400 2,500 2,300 0.0450
Price per Individual Standard: $170/250mg
PS2500 2,560 3,630 2,500 0.0474
Catalog # Mp1 Mp2 IV*
PS3600 3,600 3,650 3,350 0.0560
PS1500/3K 1,450 2,900 0.044
PS4000 4,300 4,600 4,000 0.0590
PS3K/6K 2,500 5,000 0.053
PS5400 5,450 5,480 5,200 0.0680
PS4K/8K 4,250 8,500 0.070
PS6000 6,100 6,550 5,770 0.073
PS8K/16K 8,500 17,000 0.095
PS7600 7,600 7,820 7,400 0.076
PS15K/30K 15,000 30,000 0.137
PS10000 9,400 9,500 9,300 0.089
PS20K/40K 21,000 42,000 0.192
PS14000 14,000 14,800 13,300 0.119
PS30K/60K 32,000 64,000 0.245
PS18000 18,000 18,100 17,900 0.127
PS55K/110K 56,000 112,000 0.372
PS20600 20,600 20,800 18,900 0.151
PS90K/180K 90,000 180,000 0.460
PS24200 24,200 25,100 23,000 0.170
PS115K/230K 115,000 230,000 0.638
PS30800 30,800 35,100 30,500 0.202
PS130K/260K 138,000 276,000 0.733
PS36000 36,000 37,400 35,800 0.224
PS145K/290K 146,000 292,000 1.042
PS44000 44,100 43,700 38,300 0.242
PS325K/650K 326,000 652,000 1.628
PS46500 46,500 47,500 46,300 0.265
PS700K/1400K 731,500 1,463,000 2.507
PS49000 49,000 53,500 47,500 0.286
PS1000K/2000K 1,000,000 2,000,000 3.654
PS62000 62,100 67,300 60,700 0.335
Mp1 = peak molecular weight of first standard
PS78300 78,300 79,000 68,000 0.372
Mp2 = peak molecular weight of exact double
PS97500 97,500 95,400 83,600 0.448
PS99200 99,200 102,400 95,000 0.465
Polystyrene (Broad MWD)
PS110K 108,000 111,300 101,900 0.488
Price per Individual Standard: $182/1.0g
PS115K 115,000 122,000 108,000 0.490
PS123K 123,000 125,000 118,000 0.550 Catalog # Mw Mn Mz IV*
PS140K 139,700 141,300 127,200 0.575 PSBR655K 654,700 278,100 1,172,000 1.515
PS150K 146,600 141,700 133,300 0.580 PSBR560K 560,000 285,000 965,000 1.463
PS160K 155,400 160,900 144,600 0.635
PSBR450K 445,000 175,000 777,800 1.243
PS170K 170,000 171,000 164,000 0.681
PSBR350K 350,250 152,000 647,200 1.075
PS186K 186,000 188,900 177,300 0.745
PSBR300K 300,000 125,000 525,000 0.960
PS215K 207,300 215,700 190,800 0.760
PSBR285K 285,000 115,000 575,000 0.955
PS280K 282,400 295,900 266,700 1.006
PSBR250K 250,000 100,000 430,000 0.843
PS350K 358,400 389,300 357,100 1.223
PSBR235K 235,000 95,000 415,000 0.783
PS400K 400,000 410,000 395,000 1.260
PSBR215K 215,000 64,100 380,000 0.747
PS535K 534,400 566,200 492,900 1.483
PSBR170K 171,500 80,000 290,000 0.620
PS570K 570,000 580,000 520,000 1.500
PS645K 646,600 671,400 587,900 1.762 PSBR120K 118,500 40,000 265,000 0.427
PS690K 690,000 706,000 672,000 1.895 PSBR50K 48,000 22,500 78,000 0.261
PS940K 940,000 950,000 925,000 2.300 PSBR35K 33,000 14,500 52,000 0.189
PS1000K 1,000,000 1,010,000 808,000 2.390 PSBR15K 14,900 6,000 25,500 0.112
PS1350K 1,350,000 1,355,000 1,165,000 2.807 PSBR1K 1,100 600 1,600 0.035
PS1390K 1,390,000 1,460,000 1,295,000 3.040 PSBR300 345 285 415 ——-
IV* – Intrinsic Viscosity (dL/g) in THF at 30°C
a & K values for PS162 – PS5400 (a = 0.428; K = 0.0017)
a & K values for PS6000 – PS20000K (a = 0.712; K = 0.000128)
Brominated Polystyrene (% Br = 66.3; % Cl = 0.92)
Price per Individual Standard: $303/250mg
Catalog # Mw Mn Mz IV*
BRPS650K 646,000 300,000 1,300,000 0.284
BRPS35K 34,500 19,000 51,500 0.037
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 2 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polystyrene Kits Polymethyl Methacrylate Kits
Catalog # Kit Description Kit Price Catalog # Kit Description Kit Price
PSLOWKIT 250mg of PS162 – PS5400 $1,288 PMMALOWKIT 250mg of PMMA700 – PMMA90K $1,824
PSMEDKIT 250mg of PS6000 – PS99200 $1,380 PMMAMHKIT 250mg of PMMA121K – PMMA2100K $1,672
PSHIKIT 250mg of PS110K – PS1390K $1,748 PMMABRKIT 1.0g of PMMA17K – PMMA6000K $2,210
PSUHKIT 250mg of PS2000K – PS12000K $2,424
PSBRKIT 1.0g of PSBR300 – PSBR655K $2,548 Polybutadiene (Narrow MWD)
Price per Individual Standard: $182/250mg
Polymethyl Methacrylate (Narrow MWD) Catalog # Mp Mw Mn IV*
Price per Individual Standard: $152/250mg PBU700K 675,000 705,000 536,800 5.200
PBU420K 350,000 423,000 286,000 3.410
Catalog # Mp Mw Mn IV*
PBU375K 355,000 375,800 313,600 3.220
PMMA550 550 640 520 0.011
PBU345K 345,000 345,600 311,200 3.000
PMMA700 700 820 590 0.013
PBU275K 275,000 322,000 226,000 3.051
PMMA850 860 1,050 755 0.016
PBU170K 170,000 173,600 160,000 1.922
PMMA2K 2,000 2,050 1,890 0.045
PBU150K 147,400 205,000 138,000 1.919
PMMA3K 2,825 2,950 2,525 0.049
PBU80K 80,000 89,100 72,200 1.120
PMMA5K 4,900 5,100 4,600 0.052
PBU60K 60,500 60,700 55,000 0.913
PMMA7K 6,850 6,400 5,800 0.059
PBU43K 43,000 45,000 41,100 0.775
PMMA11K 11,800 12,000 10,600 0.076
PBU23K 23,600 24,700 22,600 0.451
PMMA21K 20,850 20,300 17,000 0.122
PBU5.1K 5,100 5,000 4,850 0.155
PMMA35K 35,000 35,300 34,000 0.140
PBU5K 4,800 5,300 4,200 0.177
PMMA45K 46,300 45,300 40,700 0.198
PBU3K 2,900 3,000 2,760 0.107
PMMA50K 51,000 51,800 49,900 0.202
PBU1K 1,000 1,050 980 0.053
PMMA70K 72,000 73,000 71,250 0.268
PBU900 875 925 835 0.043
PMMA85K 87,800 85,450 74,300 0.309
PBU500 500 500 425 0.029
PMMA90K 90,000 90,400 88,500 0.346
PMMA121K 122,300 121,500 199,700 0.425 IV* – Intrinsic Viscosity (dL/g) in THF at 30°C
PMMA195K 195,000 195,600 190,100 0.516 a & K values for Narrow PBU (a = 0.715; K = 0.000350) (THF)
PMMA255K 240,000 255,000 221,700 0.699 a & K values for Narrow PBU (a = 0.714; K = 0.000364) (Toluene)
PMMA310K 300,000 315,000 295,000 0.780 a & K values for Narrow PBU (a = 0.712; K = 0.000428) (Chloroform)
PMMA320K 322,000 340,000 297,000 0.814
PMMA410K 385,000 410,400 360,000 0.923
PMMA500K 480,300 508,000 450,000 1.080
Polybutadiene (Broad MWD)
PMMA615K 600,000 620,000 595,000 1.255
Price per Individual Standard: $170/1.0g
PMMA680K 670,000 758,000 635,000 1.350
Catalog # Mw Mn Mz
PMMA870K 845,000 885,000 805,000 1.590
PBU330K 330,000 93,000 800,000
PMMA1000K 1,100,000 1,000,000 930,000 1.736
PBU240K 240,000 110,000 430,000
PMMA2100K 2,100,000 2,200,000 1,700,000 2.950
PBU230K 230,000 80,000 515,000
PBU5000 5,000 4,800 5,300
Polymethyl Methacrylate (Broad MWD) PBU3800 3,850 3,200 4,475
Price per Individual Standard: $170/1.0g PBU1700 1,725 1,200 2,250
Catalog # Mw Mn IV*
PMMA6000K 6,100,000 2,285,000 6.123
Polybutadiene Kit
PMMA4400K 4,450,000 2,230,000 4.491
Catalog # Kit Description Kit Price
PMMA1400K 1,425,000 550,000 1.765
PBUKIT 250mg of PBU500 – PBU700K $2,912
PMMA600K 570,000 265,000 1.162
PMMA510K 513,000 203,000 1.054
PMMA400K 415,000 201,000 0.920
PMMA200K 227,000 110,000 0.619
PMMA150K 157,200 83,700 0.409
PMMA120K 122,000 67,500 0.360
PMMA100K 91,000 52,000 0.307
PMMA76K 75,580 48,000 0.269
PMMA65K 65,150 43,150 0.242
PMMA36K 35,300 21,000 0.158
PMMA17K 17,600 9,650 0.087
IV* – Intrinsic Viscosity (dL/g) in THF at 30°
a & K values for all PMMA (a = 0.69; K = 0.000128)
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 3 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Poly (Iso-Butylene) (Narrow MWD) Poly (Iso-Butylene) (Broad MWD)
Price per Individual Standard: $182/250mg Price per Individual Standard: $182/1.0g
Catalog # Mp Mw Mn Catalog # Mw Mn Mz IV*
PIB114 114 114 114 PIB1400K 1,736,000 992,000 2,810,000 2.354
PIB226 226 226 226 PIB1300K 1,309,000 485,400 2,850,000 2.785
PIB300 297 315 289 PIB105K 105,000 59,200 196,000 0.495
PIB320 320 341 314 PIB80K 79,800 30,000 162,700 0.365
PIB345 343 365 334 PIB75K 76,200 21,900 181,700 0.353
PIB400 460 475 435 PIB10K 9,700 2,500 20,700 0.099
PIB500 497 546 503 PIB6K 7,200 2,050 12,800 0.085
PIB585 585 595 527 PIB3K 2,750 1,300 4,800 0.061
PIB665 666 684 614 PIB1K 1,600 950 3,600 0.043
PIB720 720 900 675
IV* – Intrinsic Viscosity (dL/g) in THF at 30°C
PIB780 783 745 665
PIB840 841 676 777
Poly (Iso-Butylene) Kits
PIB890 898 1,028 827
Catalog # Kit Description Kit Price
PIB960 960 950 833
LPIBKIT 250mg of PIB114 – PIB1450 $2,912
PIB1200 1,236 1,213 1,122
MPIBKIT 250mg of PIB6000 – PIB168K $3,094
PIB1300 1,300 1,420 1,100
HPIBKIT 250mg of PIB205K – PIB2600K $3,458
PIB1450 1,454 1,362 1,440
PIBKIT 1.0g of PIB1K – PIB1400K $1,456
PIB6000 6,000 6,700 5,400
PIB7600 7,600 8,100 6,700
PIB8100 8,100 10,000 5,400 Polycarbonate (Branched)
PIB9000 9,000 9,900 7,500
Price per Individual Standard: $182/1.0g
PIB10000 10,100 10,800 8,700
Catalog # Mw Mn IV*
PIB14K 14,500 15,700 12,000
PC38K 38,500 10,900 0.620
PIB21K 21,400 20,900 13,900
PC35K 35,500 12,000 0.577
PIB51K 51,300 63,700 43,500
PC33K 33,000 21,000 0.598
PIB79K 79,500 92,300 65,500
PC32K 32,200 9,600 0.531
PIB85K 87,600 87,000 72,100
PC28K 27,600 9,800 0.495
PIB90K 90,200 107,000 72,300
PC25K 25,600 9,100 0.476
PIB95K 95,400 102,300 76,500
PC20K 20,200 12,200 0.322
PIB108K 105,000 131,900 82,900
PC19K 18,800 6,700 0.369
PIB115K 112,300 126,300 88,500
PC13K 13,100 6,100 0.302
PIB135K 133,000 140,000 117,000
PC5K 4,200 1,400 0.122
PIB150K 147,700 177,900 118,200
IV* – Intrinsic Viscosity (dL/g) in THF at 30°C
PIB168K 168,400 204,700 130,200
a & K values for PC (a = 0.67; K = 0.000490)
PIB205K 205,000 256,600 164,000
PIB256K 256,500 286,000 218,800
PIB266K 266,000 293,800 240,800 Polycarbonate Kit
PIB367K 367,500 412,000 303,500
Catalog # Kit Description Kit Price
PIB400K 398,800 476,300 301,100
PCKIT 1.0g of PC5K – PC38K $1,638
PIB570K 570,000 721,900 410,200
PIB705K 705,000 810,600 552,300
Poly (Vinyl Butyral) (Broad MWD)
PIB820K 820,000 912,000 645,000
Price per Individual Standard: $200/1.0g
PIB925K 923,500 1,165,000 710,600
PIB959K 959,500 1,155,000 653,500 Catalog # Mw Mn IV*
PIB1000K 1,020,000 1,110,000 925,000 PVB170K 167,000 44,300 1.564
PIB1265K 1,265,000 1,330,000 860,500 PVB160K 158,500 39,300 1.334
PIB1334K 1,334,000 1,565,000 971,200 PVB130K 128,400 38,500 1.248
PIB1430K 1,430,000 1,600,000 1,235,000 PVB90K 92,300 23,700 1.036
PIB1500K 1,500,000 1,580,000 950,000 PVB65K 66,500 18,800 0.750
PIB2000K 2,000,000 2,170,000 1,685,000
IV* – Intrinsic Viscosity (dL/g) in THF at 30°C
PIB2100K 2,100,000 2,350,000 1,403,000
PIB2300K 2,308,000 2,574,000 1,540,000
PIB2438K 2,438,000 2,700,000 1,318,000
PIB2600K 2,600,000 2,990,000 2,050,000
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 4 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polyvinyl Acetate (Broad MWD) Polydimethylsiloxane
Price per Individual Standard: $182/1.0g Price per Individual Standard: $267/500mg
Catalog # Mw Mn IV* Catalog # Mp Mw Mn IV
PVAC275K 275,000 65,700 0.780 LPDS162 162 162 162 0.002
PVAC234K 234,000 74,000 0.748 LPDS237 237 237 237 0.003
PVAC195K 195,000 52,100 0.621 LPDS490 490 510 360 0.005
PVAC189K 189,000 50,000 0.616 LPDS640 640 670 620 0.006
PVAC134K 134,100 38,400 0.496 LPDS1K 1,500 1,900 1,500 0.017
PVAC124K 124,100 40,300 0.460 LPDS3K 3,700 4,000 2,800 0.027
PVAC45K 46,200 18,700 0.251 LPDS4K 4,100 4,500 3,200 0.029
PVAC17K 17,400 7,500 0.135 LPDS5K 5,500 5,600 4,700 0.033
LPDS6K 6,300 6,900 5,800 0.038
IV* – Intrinsic Viscosity (dL/g) in THF at 30°C
LPDS8K 8,200 8,900 6,900 0.046
a & K values for PVAC (a = 0.63; K = 0.00035)
LPDS11K 12,000 12,500 11,250 0.068
LPDS15K 15,000 16,500 14,500 0.082
Polyvinyl Acetate Kit LPDS18K 17,700 19,350 17,200 0.093
Catalog # Kit Description Kit Price LPDS20K 19,600 21,500 19,400 0.088
PVACKIT 1.0g of PVAC17K – PVAC275K $1,274 LPDS23K 23,300 24,800 22,200 0.111
LPDS26K 26,500 28,000 25,400 0.123
LPDS28K 28,800 31,300 25,600 0.121
Polyvinyl Chloride (Broad MWD)
LPDS30K 30,500 35,000 29,000 0.135
Price per Individual Standard: $182/1.0g LPDS35K 34,100 35,400 32,700 0.147
Catalog # Mw Mn IV*
MPDS40K 39,400 41,600 38,700 0.166
PVCL155K 155,000 67,300 1.403
MPDS45K 45,700 47,250 44,000 0.182
PVCL140K 139,700 60,700 1.290
MPDS50K 51,200 51,400 48,000 0.194
PVCL120K 118,800 51,600 1.111
MPDS55K 57,000 59,500 54,600 0.213
PVCL105K 105,000 43,600 1.012
MPDS60K 62,000 70,200 54,700 0.214
PVCL90K 89,500 37,500 0.975
MPDS65K 64,800 65,300 60,000 0.228
PVCL70K 70,000 30,100 0.778
MPDS70K 71,000 77,200 65,400 0.220
PVCL60K 58,800 33,300 0.713
MPDS75K 75,700 93,400 61,400 0.242
PVCL55K 55,400 22,300 0.611
MPDS80K 81,900 90,100 80,600 0.263
PVCL40K 44,000 24,100 0.575
MPDS90K 90,300 103,800 84,000 0.272
IV* – Intrinsic Viscosity (dL/g) in THF at 30°C MPDS94K 93,750 110,000 93,550 0.302
MPDS96K 95,800 108,500 94,550 0.299
MPDS102K 102,000 115,500 90,200 0.286
Polyvinyl Chloride Kit
MPDS113K 113,000 141,600 89,900 0.373
Catalog # Kit Description Kit Price
MPDS120K 121,500 147,800 110,900 0.325
PVCLKIT 1.0g of PVCL40K – PVCL155K $1,456
HPDS130K 131,300 147,800 116,700 0.369
HPDS133K 133,300 155,900 113,900 0.372
Polypropylene Glycol (Narrow MWD) HPDS155K 155,400 188,900 108,000 0.389
Price per Individual Standard: $73/1.0g HPDS167K 166,900 183,600 151,800 0.463
HPDS177K 177,800 213,800 163,700 0.429
Catalog # Mp Mw Mn IV*
HPDS194K 194,300 232,400 151,900 0.485
PPG5000 4,850 5,300 4,800 0.110
HPDS213K 213,000 235,000 173,000 0.491
PPG4000 4,000 4,250 3,900 0.081
HPDS220K 219,400 242,200 194,500 0.500
PPG3200 3,200 3,250 3,050 0.076
HPDS230K 229,100 254,700 209,400 0.517
PPG2700 2,550 2,700 2,500 0.063
HPDS240K 241,700 269,700 216,600 0.498
PPG2200 2,150 2,250 1,985 0.057
HPDS255K 254,600 278,700 218,800 0.558
PPG2000 2,000 2,150 1,950 0.060
HPDS266K 266,200 286,900 205,700 0.577
PPG1200 1,200 1,350 1,190 0.040
HPDS291K 291,000 359,700 226,000 0.616
PPG1000 1,000 1,150 990 0.038
HPDS345K 345,000 454,200 348,500 0.675
PPG800 755 810 750 0.033
HPDS355K 355,500 408,200 313,600 0.713
PPG450 450 460 410 0.027
HPDS385K 384,500 438,500 352,300 0.777
PPG76 76 76 76 0.018
HPDS610K 610,000 873,300 425,900 1.550
IV* – Intrinsic Viscosity (dL/g) in THF at 30°C HPDS840K 840,000 1,000,000 752,000 1.845
a & K values for PPG (a = 0.585; K = 0.000620)
IV* – Intrinsic Viscosity (dL/g) in Toluene at 30°C
a & K values for LPDS, MPDS, HPDS
Polypropylene Glycol Kit (a = 0.731; K = 0.0000624)
Catalog # Kit Description Kit Price
PPGKIT 1.0g of PPG76 – PPG5000 $730
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 5 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polydimethylsiloxane (Broad MWD) Polypropylene (Low Mw, Narrow MWD)
Price per Individual Standard: $170/1.0g Price per Individual Standard: $182/250mg
Catalog # Mp Mw Mn IV*
Catalog # Mw Mn IV*
PP2600 2,575 2,650 2,530 0.052
PDS910K 910,000 490,300 1.083
PP2100 2,100 2,150 2,020 0.045
PDS842K 841,900 480,500 1.126
PP1900 1,850 1,900 1,800 0.042
PDS800K 809,000 447,300 1.051
PP1800 1,800 1,770 1,630 0.039
PDS775K 755,300 440,700 1.022
PP1650 1,650 1,660 1,575 0.037
PDS265K 265,000 75,700 0.658
PP1450 1,450 1,440 1,375 0.033
PDS220K 220,100 62,900 0.578
PP1365 1,365 1,400 1,355 0.032
PDS145K 145,000 58,000 0.420
PP1300 1,300 1,290 1,230 0.030
PDS90K 90,500 39,300 0.305
PP1160 1,160 1,175 1,120 0.028
PDS50K 50,400 28,200 0.171
PP1075 1,075 1,100 1,070 0.027
PDS40K 40,000 22,200 0.170
PP1000 1,000 1,015 965 0.026
PDS30K 30,200 17,800 0.130
PP900 900 930 890 0.023
PDS20K 17,800 10,500 0.095
PP875 875 890 850 0.023
PDS11K 11,550 8,200 0.069
PP780 780 800 760 0.021
PDS9K 9,000 7,800 0.056
PDS6K 5,800 4,250 0.035 IV* – Intrinsic Viscosity (dL/g) in THF at 30°C
PDS5K 5,200 2,520 0.031 a & K values for PP Low MW (a = 0.78; K = 0.00014)
PDS3K 3,100 2,450 0.020
PDS2K 2,400 1,650 0.018
Polypropylene Kit
PDS1K 1,380 860 ——–
Catalog # Kit Description Kit Price
PDS1500 1,675 1,350 ——–
PPKIT 1.0g of PP800 – PP800K $3,822
IV* – Intrinsic Viscosity (dL/g) in Toluene at 30°C PPNRKIT 250mg of PP780 – PP2600 $2,366
a & K values for PDS (a = 0.731; K = 0.0000624)
Polyethylene (Branched HD-LDPE)
Polydimethylsiloxane Kits
Price per Individual Standard: $400/1.0g
Catalog # Kit Description Kit Price
Catalog # LCB* Mw Mn IV**
LPDSKIT 500mg of LPDS162 – LPDS35K $4,806
BRPE0 0.0 52,000 18,300 1.010
MPDSKIT 500mg of MPDS40K – MPDS120K $3,738
BRPE14 1.4 88,200 23,000 0.898
HPDSKIT 500mg of HPDS130K – HPDS840K $4,539
LCB* – Branched per 1000 carbons
PDSKIT 1.0g of PDS1500 – PDS910K $3,230
IV** – Intrinsic Viscosity (dL/g) in TCB at 140°C
Polypropylene (Broad MWD)
Polyethylene (Broad MWD)
Price per Individual Standard: $182/1.0g
Price per Individual Standard: $182/1.0g
Catalog # Mw Mn Mp IV*
PP800K 801,000 127,000 190,000 4.405 Catalog # Mw Mn Mz IV*
PP575K 575,000 100,000 138,200 3.663 HIGH DENSITY
PP467K 467,300 75,400 125,600 3.169 PE150K 150,100 20,200 565,100 1.785
PP350K 348,300 43,500 198,000 2.323 PE130K 132,700 82,600 321,000 1.900
PP300K 297,000 47,500 160,000 2.120 PE105K 105,000 10,400 475,000 1.420
PP270K 267,000 43,300 152,700 1.633 PE73K 72,500 17,150 259,500 1.223
PP230K 231,300 41,800 150,000 1.481 PE52K 52,000 18,300 138,000 1.010
PP210K 210,000 41,200 137,900 1.397 LOW DENSITY
PP200K 197,100 40,600 131,000 1.280 PE102K 102,000 9,800 366,300 1.550
PP180K 177,100 40,000 118,300 1.244 IV* – Intrinsic Viscosity (dL/g) in TCB at 130°C
PP150K 151,900 38,400 106,800 1.119
PP135K 136,500 37,000 101,500 1.000
Polyethylene (Narrow MWD)
PP110K 110,500 34,000 87,100 0.922
Price per Individual Standard: $363/200mg
PP105K 108,000 32,500 82,800 0.869
Catalog # Mp Mw Mn IV*
PP95K 95,400 28,100 72,500 0.846
PE115K 114,000 115,200 97,000 1.918
PP60K 59,300 24,700 52,300 0.605
PE67K 67,400 68,200 64,000 1.317
PP50K 50,400 23,600 49,700 0.580
PP45K 47,500 21,300 42,600 0.541 IV* – Intrinsic Viscosity (dL/g) in TCB at 135°C
PP9K 8,600 2,600 8,500 0.130 a & K values for PE Narrow (a = 0.705; K = 0.0005188)
PP6K 6,200 3,000 6,000 0.113
PP1200 1,220 885 1,100 0.032
PP800 830 740 800 0.025
IV* – Intrinsic Viscosity (dL/g) in TCB at 145°C
a & K values for PP Broad (a = 0.750; K = 0.000137)
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 6 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polyethylene (Low Mw) Polytetrahydrofuran
Price per Individual Standard: $182/1.0g Price per Individual Standard: $182/1.0g
Catalog # Mp Mw Mn Mz Catalog # Mp Mw Mn IV*
PE5300 5,300 6,400 3,160 11,200 PTHF9K 9,000 8,950 5,600 0.185
PE4930 4,930 6,060 3,020 10,600 PTHF6K 6,000 5,950 2,100 0.136
PE4650 4,650 5,640 2,880 9,790 PTHF4K 3,650 3,900 1,500 0.105
PE3700 3,700 4,360 2,300 7,430 PTHF1.5K 1,500 2,400 1,100 0.078
PE1960 1,960 2,150 1,850 2,510 PTHF1K 900 1,250 550 0.057
PE1200 1,230 1,810 940 3,640
IV * – Intrinsic Viscosity (dL/g) in THF at 30°C
PE1100 1,100 1,140 1,010 1,300
a & K values for PTHF (a = 0.548; K = 0.00128)
PE770 770 840 720 1,000
PE580 580 620 540 730
Nylon 6
PE540 540 610 530 710
Poly (Caprolactam)
PE430 430 455 410 510
PE254 254 254 254 254 Price per Individual Standard: $182/1.0g
PE226 226 226 226 226 Catalog # Mw Mn Mp IV*
PE212 212 212 212 212 NSIX40K 41,000 19,400 33,000 2.168
PE198 198 198 198 198 NSIX30K 31,400 17,400 26,300 1.677
PE170 170 170 170 170 NSIX20K 22,000 13,000 17,500 1.188
PE156 156 156 156 156 NSIX15K 17,200 11,300 14,500 1.076
PE86 86 86 86 86
IV* – Intrinsic Viscosity (dL/g) in HCOOH (90%) at 25°C
a & K values for NSIX (a = 0.70; K = 0.00145)
Polyethylene (Ultra High MWD)
Price per Individual Standard: $545/1.0g
Nylon 66
Catalog # Mw Mn Mv IV*
(Polyamide: Adipic Acid Hexamethylenediamine)
UHMWPE1200K 1,165,000 214,600 753,000 9.30
Price per Individual Standard: $182/250mg
UHMWPE1070K 1,070,000 202,200 769,100 10.77
Catalog # Mw Mn Mp IV*
UHMWPE1000K 1,033,000 237,000 740,500 7.20
UHMWPE800K 883,500 189,000 642,200 7.70 N110K 110,000 44,000 69,500 2.575
N74K 74,000 26,300 44,100 1.921
IV* – Intrinsic Viscosity (dL/g) in TCB at 135°C
N40K 40,500 17,400 26,500 1.354
N33K 33,100 15,000 22,200 1.196
Polyethylene Terephthalate N32K 32,300 14,700 21,800 1.188
Price per Individual Standard: $636/1.0g IV* – Intrinsic Viscosity (dL/g) in HCOOH (90%) at 25°C
Catalog # Mw Mn Mz IV*
a & K values for N (a = 0.68; K = 0.00110)
PET63K 63,500 30,000 99,000 0.945
PET49K 49,200 25,600 72,800 0.685
Vinylidene Fluoride-hexafluoropropylene
PET39K 39,000 21,000 69,000 0.630
Price per Individual Standard: $363/1.0g
PET27K 27,400 15,400 47,100 0.511
PET1100 1,155 860 1,490 0.002 Catalog # Mw Mn IV*
VFH230K 230,800 140,600 0.789
IV* – Intrinsic Viscosity (dL/g) in o-chlorophenol at 25°C
VFH290K 287,900 151,600 0.850
a & K values for PET (a = 0.658; K = 0.000631)
VFH320K 320,300 137,700 1.060
VFH365K 364,800 187,400 1.283
Polybutylene Terephthalate VFH560K 561,900 213,800 1.392
Price per Individual Standard: $636/1.0g VFH685K 685,000 249,200 2.016
Catalog # Mw Mn Mz IV*
IV* – Intrinsic Viscosity (dL/g) in DMAc at 70°C
PBT55K 54,600 24,200 93,000 1.200
a & K values for VFH (a = 0.901; K = 0.000011721)
PBT52K 52,500 27,200 82,000 1.145
PBT44K 43,600 21,200 71,000 1.000
Polyacrylonitrile
PBT37K 37,200 18,300 58,200 0.850
Price per Individual Standard: $200/500mg
PBT29K 29,300 15,900 45,000 0.670
PBT16K 16,150 8,150 27,500 0.284 Catalog # Mw Mn IV*
PAN86K 86,200 22,500 1.787
IV* – Intrinsic Viscosity (dL/g) in o-chlorophenol at 25°C
a & K values for PBT (a = 0.915; K = 0.0000622) IV* – Intrinsic Viscosity (dL/g) in DMF at 80°C
a & K values for PAN (a = 0.752; K = 0.00045)
Cellulose Acetate
Price per Individual Standard: $213/1.0g Cellulose Triacetate
Catalog # Mw Mn IV* Price per Individual Standard: $273/250mg
CA135K 135,200 93,600 1.708 Catalog # Mw Mn IV*
CTA140K 140,000 56,700 1.858
IV* – Intrinsic Viscosity (dL/g)
in 98% Acetone, 2% Water at 30°C IV* – Intrinsic Viscosity (dL/g) MeCl2 at 30°C
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 7 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polysulfone Polyacrylic Acid – Na Salt
Price per Individual Standard: $182/1.0g (Linear, 100% Water Soluble Powders)
Price per Individual Standard: $237/250mg
Catalog # Mw Mn Mz IV*
Catalog # Mp Mw Mn IV*
PSF57K 57,800 19,900 101,200 0.334
PAA1K 900 1,300 830 0.055
PSF69K 69,200 21,000 124,700 0.366
PAA2K 1,250 1,930 1,230 0.068
IV* – Intrinsic Viscosity (dL/g) in DMF at 50°C
PAA3K 1,770 2,400 1,650 0.079
PAA4K 2,925 3,800 2,280 0.103
Polylactic Acid PAA5K 4,100 5,660 3,450 0.122
Price per Individual Standard: $182/250mg PAA7K 5,800 6,950 3,700 0.127
PAA8K 7,500 8,300 6,200 0.155
Catalog # Mw Mn IV*
PAA18K 16,000 18,100 12,800 0.228
PLA3K 3,760 1,730 0.108
PAA35K 28,000 36,900 23,100 0.315
PLA21K 21,800 14,000 0.503
PAA70K 47,500 70,900 39,400 0.509
PLA53K 53,200 23,800 0.928
PAA85K 62,900 83,400 47,900 0.595
PLA72K 72,700 25,800 1.005
PAA130K 115,000 131,200 78,400 0.845
PLA127K 127,800 47,500 1.480
PAA165K 130,500 165,300 97,800 1.074
PLA143K 143,500 39,700 1.682
PAA245K 193,800 245,200 153,250 1.825
PLA586K 586,100 225,200 4.460
PAA495K 392,600 495,000 311,300 2.815
PLA1300K 1,323,000 430,300 6.680
PAA585K 467,300 585,500 373,000 3.490
IV* – Intrinsic Viscosity (dL/g) in Chloroform at 30°C PAA695K 585,400 695,100 493,000 3.853
a & K values for PLA (a = 0.67; K = 0.00066) PAA715K 639,700 713,500 496,400 4.173
PAA755K 589,700 755,250 460,500 3.728
Polylactic Acid Kit PAA990K 856,500 987,400 617,100 5.607
PAA1050K 750,000 1,050,000 615,000 5.630
Catalog # Kit Description Kit Price
PAA1214K 1,103,000 1,214,000 813,800 6.760
PLAKIT 250mg of PLA3K – PLA1300K $1,274
PAA1550K 1,484,000 1,552,000 1,157,000 8.007
PAA1700K 2,250,000 1,700,000 1,100,000 9.355
Polyisoprene (Broad MWD)
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
Price per Individual Standard: $275/1.0g
a & K values for PAA
Catalog # Mw Mn IV*
PAA below Mw of 20,000 (a = 0.50; K = 0.001470)
PI1000K 1,026,000 225,300 4.589
PAA above Mw of 20,000 (a = 0.86; K = 0.000040)
PI1700K 1,727,000 317,600 6.618
IV* – Intrinsic Viscosity (dL/g) in Toluene at 30°C
Polyacrylic Acid – Na Salt (Broad MWD)
a & K values for PI (a = 0.74; K = 0.000175)
(100% Water Soluble Powders)
Price per Individual Standard: $237/1.0g
Polymethacrylic Acid – Na Salt (Narrow MWD) Catalog # Mw Mn Mz IV*
Price per Individual Standard: $237/250mg PAA1200KBR 1,200,000 625,000 1,750,000 5.280
Catalog # Mp Mw Mn PAA500KBR 507,400 132,500 878,500 2.653
PMAA720K 720,000 685,000 620,000 PAA383KBR 383,200 59,300 1,025,000 1.635
PMAA171K 171,000 150,000 125,000 PAA308KBR 308,600 54,200 690,000 1.351
PMAA86K 86,000 84,000 81,000 PAA298KBR 298,600 54,900 672,300 1.471
PMAA8K 8,200 8,400 7,600 PAA297KBR 297,600 47,000 700,000 1.480
PAA275KBR 275,000 22,200 793,100 0.970
PAA270KBR 270,000 61,900 602,600 1.393
Polymethacrylic Acid – Na Salt Kit
PAA167KBR 167,800 16,800 480,700 0.859
Catalog # Mp Mw Mn Kit Price*
PAA136KBR 136,300 24,500 340,900 0.734
PMMAKIT 1,027,000 947,000 643,000 $1,513
PAA29KBR 29,200 7,300 66,600 0.213
549,000 483,000 429,000
PAA19KBR 19,400 3,500 52,200 0.153
210,000 192,000 186,000
PAA10KBR 10,500 1,750 24,000 0.165
78,300 75,100 73,300
PAA8KBR 8,500 2,500 23,800 0.104
31,500 31,100 30,400
PAA4KBR 4,300 850 11,100 0.110
15,400 15,200 14,100
PAA2KBR 1,900 825 4,800 0.059
6,610 6,510 5,560
PAA1KBR 1,400 250 4,800 0.060
3,570 3,870 3,290
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
1,670 1,700 1,520
a & K values for PAA
1,220 1,250 1,040
PAA below Mw of 20,000 (a = 0.50; K = 0.001470)
Kit Price* – 200mg of each standard listed PAA above Mw of 20,000 (a = 0.86; K = 0.000040)
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 8 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polyacrylic Acid – Na Salt Kits Polyethylene Glycol (Narrow MWD)
Price per Individual Standard: $68/1.0g
Catalog # Kit Description Kit Price
PAAKIT 250mg of PAA1K – PAA245K $3,081 Catalog # Mp Mw Mn IV*
PAAHIKIT 250mg of PAA495K – PAA1700K $2,133 PEG62 62 62 62 0.022
PAABRKIT 1.0g of PAA1KBR – PAA1200KBR $3,792 PEG106 106 106 106 0.026
PEG194 194 194 194 0.029
PEG238 238 238 200 0.029
Polyacrylamide (Non-ionic)
PEG330 330 335 295 0.034
Price per Individual Standard: $237/250mg
PEG350 350 355 320 0.035
Catalog # Mp Mw Mn IV*
PEG375 375 380 340 0.037
PAM1100K 950,000 1,100,000 460,800 3.495
PEG400 400 425 385 0.038
PAM1000K 800,000 990,000 450,000 3.169
PEG425 425 430 395 0.038
PAM400K 320,000 401,000 189,400 1.406
PEG450 450 455 415 0.039
PAM200K 135,000 201,000 103,600 1.046
PEG590 590 590 530 0.041
PAM100K 93,000 99,000 50,000 0.673
PEG610 610 645 580 0.042
PAM40K 34,000 37,000 22,300 0.300
PEG650 650 665 615 0.043
PAM30K 30,000 30,600 25,300 0.295
PEG700 700 700 645 0.045
PAM15K 15,000 15,500 12,800 0.167
PEG840 840 850 775 0.049
PAM2950 2,950 3,350 2,765 0.076
PEG975 975 980 900 0.052
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C PEG985 985 1,000 955 0.053
a & K values for PAM (a = 0.66; K = 0.000373) PEG1050 1,050 1,065 1,000 0.056
PEG1150 1,150 1,150 1,100 0.058
PEG1500 1,500 1,510 1,425 0.067
Polyacrylamide (Non-ionic)
PEG1670 1,670 1,690 1,615 0.072
Price per Individual Standard: $261/500mg
PEG2010 2,010 2,065 1,965 0.079
Catalog # Mp Mw Mn IV*
PEG2200 2,210 2,345 2,190 0.083
PAAM9000K 6,500,000 9,000,000 4,250,000 14.600
PEG2500 2,500 2,560 2,375 0.090
PAAM7000K 6,200,000 7,300,000 2,100,000 5.422
PEG3300 3,330 3,410 3,165 0.107
PAAM6100K 3,900,000 6,100,000 1,300,000 4.583
PEG3770 3,770 3,800 3,580 0.114
PAAM6000K 4,900,000 5,352,000 535,000 4.715
PEG5250 5,250 5,300 4,750 0.130
PAAM1000K 725,000 1,140,000 465,300 3.800
PEG5800 5,800 6,250 5,400 0.145
PAAM500K 331,000 524,000 209,600 2.250
PEG10730 10,730 10,750 10,300 0.202
PAAM350K 193,400 367,000 141,000 1.650
PEG15000 14,500 14,600 13,200 0.246
PAAM80K 50,500 79,900 44,400 0.645
PEG30000 30,250 29,450 15,400 0.367
PAAM60K 46,100 58,400 36,500 0.545
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
PAAM20K 17,300 21,900 13,700 0.255
a & K values for PEG (a = 0.57; K = 0.00104)
PAAM10K 7,950 11,530 7,600 0.160
PAAM9K 6,900 8,980 5,300 0.139
PAAM3500 3,500 3,500 2,900 0.077 Polyethylene Oxide (Anionic, Narrow MWD)
PAAM3K 2,700 3,200 2,500 0.074
Price per Individual Standard: $182/200mg
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C Catalog # Mp Mw Mn IV*
a & K values for PAAM (a = 0.66; K = 0.000373) PEOX1000K 1,001,000 992,000 886,000 5.869
PEOX900K 814,000 873,000 759,000 5.620
PEOX600K 612,000 630,000 594,300 3.950
Polyacrylamide Kits
PEOX250K 258,900 246,800 206,000 1.992
Catalog # Kit Description Kit Price
PEOX150K 141,000 148,000 137,000 1.520
PAMKIT 250mg of PAM2950 – PAM1100K $1,896
PEOX100K 89,900 93,000 86,900 1.020
PAAMKIT 500mg of PAAM3K – PAAM9000K $3,393
PEOX90K 83,600 89,050 60,200 0.912
PEOX85K 85,600 84,450 61,700 0.895
PEOX50K 45,380 50,800 38,300 0.659
Polyethylene Glycol Kits PEOX30K 31,800 38,700 29,800 0.514
PEOX26K 26,300 26,100 25,600 0.417
Catalog # Kit Description Kit Price
PEOX21K 20,800 21,000 20,400 0.348
PEGLOWKIT 1.0g of PEG62 – PEG985 $1,088
PEGHIKIT 1.0g of PEG1050 – PEG30000 $884 IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
a & K values for PEOX (a = 0.693; K = 0.000365)
Note: Below Mw of 20,000 use Polyethylene Glycol
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 9 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Polyethylene Oxide (Anionic, Broad MWD) Dextran (Branched, Polysaccharides)
Price per Individual Standard: $182/1.0g Price per Individual Standard: $182/1.0g
Catalog # Mw Mn IV* Catalog # Mp Mw Mn IV*
PEOX2000K 1,750,000 540,600 6.855 DXT180 180 180 180 0.012
PEOX916K 916,800 316,100 4.590 DXT350 342 342 342 0.016
PEOX825K 825,200 325,000 4.300 DXT500 505 505 505 0.020
PEOX700K 700,500 320,500 3.879 DXT1K 1,000 1,200 900 0.028
PEOX500K 475,500 180,600 2.927 DXT3K 2,800 3,650 2,750 0.048
PEOX200K 204,000 47,000 1.497 DXT4K 3,400 4,300 3,250 0.055
PEOX120K 122,700 36,500 0.925 DXT21K 20,400 21,000 13,500 0.128
DXT33K 29,200 33,500 22,800 0.158
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
DXT36K 32,500 36,300 25,300 0.181
a & K values for PEOX (a = 0.693; K = 0.000365)
DXT41K 36,700 41,400 30,200 0.180
DXT43K 35,000 42,750 28,700 0.178
DXT44K 40,900 44,100 34,100 0.205
Polyethylene Oxide Kits DXT47K 43,000 47,250 30,250 0.206
Catalog # Kit Description Kit Price DXT55K 49,600 55,500 41,200 0.239
PEOXKIT 200mg of PEOX21K – PEOX1000K $2,002 DXT60K 52,800 59,900 42,400 0.208
PEOXBRKIT 1.0g of PEOX120K – PEOX2000K $1,274 DXT62K 52,600 62,600 40,800 0.232
DXT72K 62,900 72,700 50,700 0.238
DXT91K 81,000 91,100 63,250 0.263
DXT97K 85,000 97,000 64,700 0.273
DXT123K 97,000 123,500 77,700 0.305
Polystyrene Sulfonate – Na Salt (Anionic, Narrow MWD) DXT130K 111,900 131,400 97,900 0.324
Price per Individual Standard: $116/250mg DXT144K 108,500 144,100 81,300 0.338
Catalog # Mp Mw Mn IV* DXT160K 150,500 166,700 100,250 0.363
PSS3760K 3,760,000 3,592,000 3,554,000 4.762 DXT225K 212,500 226,700 160,700 0.396
PSS3429K 3,429,000 3,462,000 3,441,000 4.700 DXT275K 238,000 275,900 204,600 0.463
PSS900K 907,000 829,500 740,500 1.770 DXT325K 245,000 326,600 205,000 0.350
PSS670K 673,000 555,000 198,000 1.305 DXT345K 310,200 344,800 186,800 0.490
PSS570K 576,900 587,600 557,600 1.370 DXT420K 369,100 420,000 266,100 0.473
PSS260K 267,200 262,600 218,400 0.780 DXT500K 445,000 490,500 263,300 0.547
PSS129K 129,000 126,700 108,200 0.460 DXT530K 490,000 534,000 371,000 0.633
PSS80K 77,900 73,900 60,000 0.323 DXT555K 455,000 555,500 375,300 0.637
PSS41K 39,000 41,000 37,500 0.208 DXT600K 410,000 610,500 335,300 0.585
PSS30K 29,500 31,000 28,200 0.162 DXT655K 620,000 655,200 488,900 0.692
PSS15K 15,650 15,450 14,800 0.102 DXT760K 621,100 759,400 513,400 0.610
PSS7K 7,420 7,540 6,960 0.064 DXT820K 745,000 821,700 414,100 0.763
PSS4K 4,600 4,800 4,400 0.037 DXT2990K 2,825,000 2,990,000 1,462,000 0.750
PSS3K 3,420 3,610 3,000 0.036
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
PSS1K 1,600 1,690 1,440 0.023
a & K values for DXT180 – DXT144K (a = 0.50; K = 0.00090)
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C a & K values for DXT160K – DXT820K (a = 0.50; K = 0.00098)
a & K values for PSS (a = 0.70; K = 0.000125) a & K values for DXT2990K (a = 0.267; K = 0.0194)
Polystyrene Sulfonate – Na Salt (Anionic; Broad MWD)
Price per Individual Standard: $170/1.0g
Catalog # Mw Mn IV*
PSS700K 700,000 143,900 2.147
PSS675K 675,000 205,000 1.370
PSS100K 100,500 30,000 0.353
PSS65K 67,500 24,800 0.325
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
a & K values for PSS (a = 0.70; K = 0.000125)
Polystyrene Sulfonate – Na Salt Narrow Kit
Catalog # Kit Description Kit Price
PSSKIT 250mg of PSS1K – PSS3760K $1,856
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 10 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Dextran (Broad MWD, Branched Polysaccharides) Hydroxyethyl Starch (Branched, Polysaccharides)
Price per Individual Standard: $116/1.0g Price per Individual Standard: $242/250mg
Catalog # Mw Mn IV* Catalog # Mp Mw Mn IV*
D5300K 5,348,000 1,002,000 1.114 HETA6K 5,500 6,000 4,000 0.076
D3755K 3,755,000 1,385,000 1.679 HETA9K 8,900 9,400 5,600 0.088
D2400K 2,457,000 197,400 0.671 HETA11K 10,000 11,100 6,800 0.091
D1740K 1,740,000 152,400 0.638 HETA18K 16,100 18,300 13,000 0.105
D1170K 1,169,000 603,000 0.859 HETA21K 20,400 21,500 11,800 0.113
D970K 970,000 555,000 0.836 HETA23K 21,700 23,900 16,300 0.115
D855K 855,500 345,300 0.755 HETA27K 20,700 27,400 11,900 0.114
D730K 730,200 418,400 0.721 HETA40K 34,800 40,700 22,300 0.131
D630K 636,400 353,300 0.596 HETA47K 41,600 47,800 32,100 0.138
D455K 456,800 180,000 0.578 HETA55K 46,900 54,700 27,300 0.143
D400K 405,700 170,300 0.475 HETA60K 52,800 59,700 38,100 0.148
D215K 214,800 62,100 0.360 HETA75K 73,700 75,800 45,400 0.162
D180K 181,800 54,400 0.423 HETA82K 75,400 82,500 49,300 0.164
D130K 129,000 30,500 0.285 HETA88K 80,000 88,000 55,100 0.166
D60K 60,300 35,350 0.223 HETA92K 84,900 92,600 53,700 0.169
D50K 46,800 27,700 0.190 HETA95K 80,000 95,800 51,800 0.167
D40K 41,100 24,000 0.186 HETA100K 95,600 100,600 63,000 0.176
D18K 17,900 11,650 0.119 HETA108K 76,000 108,000 55,400 0.164
D16K 16,230 7,870 0.118 HETA115K 107,600 115,100 55,100 0.181
D10K 9,900 6,700 0.089 HETA120K 104,400 119,400 65,600 0.180
D9K 9,200 6,250 0.085 HETA130K 121,100 130,600 78,400 0.186
D7K 7,200 3,160 0.085 HETA136K 114,200 136,800 76,800 0.185
D5K 5,300 1,950 0.059 HETA143K 119,400 143,500 89,200 0.187
D4K 4,300 2,160 0.058 HETA155K 144,700 155,000 96,300 0.197
D1K 1,010 510 0.028 HETA160K 153,600 159,200 85,900 0.201
HETA169K 153,600 169,000 95,300 0.202
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
HETA185K 172,900 184,400 110,000 0.208
a & K values for D (a = 0.50; K = 0.00090)
HETA206K 194,700 206,700 100,500 0.215
HETA220K 219,300 221,000 90,300 0.217
Dextran Kits HETA237K 219,300 237,600 125,700 0.289
Catalog # Kit Description Kit Price HETA250K 219,300 250,400 130,500 0.224
LDXTKIT 1.0g of DXT180 – DXT55K $2,366 HETA276K 290,700 276,100 134,000 0.242
MDXTKIT 1.0g of DXT60K – DXT345K $2,184 HETA293K 295,000 293,100 151,300 0.243
HDXTKIT 1.0g of DXT420K – DXT2990K $1,456 HETA337K 374,000 337,600 162,600 0.252
DXTBRKIT 1.0g of D1K – D5300K $3,016 HETA360K 421,200 359,000 187,000 0.264
HETA380K 330,200 379,800 178,600 0.251
HETA395K 446,900 395,100 210,400 0.266
Hydroxyethyl Cellulose
HETA460K 396,900 459,400 188,500 0.263
Price per Individual Standard: $213/250mg
HETA600K 468,700 608,100 288,000 0.275
Catalog # Mw Mn Mz IV*
HETA666K 677,000 666,400 410,200 0.277
HEC510K 510,600 168,500 942,000 8.463
HETA726K 533,300 726,500 374,700 0.290
HEC450K 449,000 205,000 705,000 7.812
HETA750K 607,700 750,400 378,200 0.292
HEC425K 425,000 157,300 720,600 7.411
HETA865K 642,800 865,500 364,100 0.305
HEC380K 380,000 147,400 663,800 6.834
HETA900K 823,700 909,000 378,700 0.309
HEC121K 121,700 23,300 370,100 3.686
HETA930K 700,500 928,800 341,500 0.311
HEC36K 36,000 11,400 90,150 1.500
HETA1000K 764,000 1,017,000 485,400 0.319
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Nitrate at 30°C HETA1060K 795,200 1,063,000 495,400 0.323
HETA1100K 1,064,000 1,175,000 452,200 0.333
HETA1240K 1,017,000 1,242,000 559,400 0.338
Hydroxyethyl Starch (Broad MWD)
HETA1300K 1,004,000 1,312,000 690,300 0.334
Price per Individual Standards: $242/1.0g
HETA1340K 1,064,000 1,343,000 624,800 0.345
Catalog # Mw Mn Mz IV*
HETA1500K 1,019,000 1,517,000 687,500 0.358
HETABR685K 685,000 63,000 2,300,000 0.250
HETA1700K 1,360,000 1,714,000 742,300 0.371
HETABR485K 485,500 160,300 1,103,000 0.249
HETA1790K 1,750,000 1,790,000 1,308,000 0.377
HETABR264K 264,400 38,900 665,000 0.232
HETA1870K 1,361,000 1,876,000 953,500 0.381
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Nitrate at 30°C HETA2000K 1,492,000 2,048,000 962,000 0.391
a & K values for HETA & HETABR (a = 0.289; K = 0.00637) HETA2300K 1,793,000 2,330,000 1,100,000 0.406
HETA2360K 1,803,000 2,367,000 1,077,000 0.408
HETA2500K 1,803,000 2,498,000 1,201,000 0.419
HETA2800K 2,166,000 2,821,000 1,176,000 0.429
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 11 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Hydroxyethyl Starch Kits Pullulan Kit
Catalog # Kit Description Kit Price Catalog # Kit Description Kit Price*
HETALKIT 250mg of HETA6K – HETA92K $3,388 PKIT 200mg of P70K – P825K $3,458
HETAMKIT 250mg of HETA95K – HETA237K $3,388
Kit Price* – 200mg of each standard listed
HETAHKIT 250mg of HETA250K – HETA930K $3,388
HETAUHKIT 250mg of HETA1000K – HETA2800K $3,388
Polyvinyl Alcohol (98% Hydrolyzed)
Price per Individual Standard: $170/1.0g
Pullulan (Linear Polysaccharides)
Catalog # Mp Mw Mn IV*
(Polymaltotriose)
PVOH200K 134,600 200,000 95,600 0.980
Catalog # Mp Mw Mn Kit Price*
PVOH170K 120,100 170,500 84,600 0.925
PullulanKit 708,000 805,000 636,000 $1,815
PVOH165K 100,200 167,500 60,400 0.907
344,000 366,000 318,000
PVOH137K 93,400 137,100 63,700 0.770
194,000 200,000 184,000
PVOH122K 85,700 122,400 60,100 0.765
107,000 113,000 100,000
PVOH102K 81,100 102,600 43,100 0.720
47,100 48,800 45,500
PVOH82K 58,500 82,600 41,500 0.607
21,100 21,700 20,000
PVOH55K 33,900 55,000 21,000 0.438
9,600 10,000 9,200
PVOH35K 24,500 35,000 16,600 0.376
6,100 6,200 5,900
PVOH28K 22,000 28,000 9,200 0.370
Above Items Are Only Sold As A Kit; Not Individual Standards
PVOH7K 5,600 7,200 4,200 0.173
Kit Price* – 200mg of each standard listed PVOH5K 4,500 5,800 3,400 0.167
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
Pullulan (Narrow MWD) a & K values for PVOH (a = 0.53; K = 0.00174)
Price per Individual Standard: $182/200mg
Catalog # Mp Mw Mn IV* Polyvinyl Alcohol Kit
P70K 65,000 70,000 47,000 0.341 Catalog # Kit Description Kit Price*
P97K 95,000 97,100 64,900 0.403 PVOHKIT 1.0g of PVOH5K – PVOH200K $1,870
P105K 98,000 105,000 63,000 0.417
P110K 108,000 109,400 77,600 0.428
Carboxymethyl Cellulose – Na Salt
P130K 126,100 132,600 81,200 0.542
Price per Individual Standard: $170/1.0g
P160K 166,600 164,900 109,900 0.570
Catalog # Mw Mn Mz IV*
P175K 172,600 175,500 109,000 0.596
CMC1 111,600 66,000 203,800 6.0042
P192K 186,300 191,800 124,000 0.566
CMC2 111,400 47,700 405,500 2.0056
P200K 202,900 202,100 134,000 0.683
CMC3 109,200 49,500 342,900 2.2394
P215K 218,900 217,300 146,000 0.675
P256K 250,000 256,500 160,000 0.706 IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
P270K 273,700 273,700 179,300 0.784
P290K 285,100 293,500 189,900 0.861
Hydroxypropyl Methycellulose
P300K 294,400 306,300 188,200 0.889
Price per Individual Standard: $213/1.0g
P325K 299,000 325,700 192,700 0.900
Catalog # Mw Mn Mz IV*
P360K 336,400 360,400 221,700 0.955
HPMC100K 94,200 27,000 256,900 3.143
P580K 501,600 586,800 365,300 1.377
HPMC60K 62,700 23,200 171,600 2.755
P650K 483,100 657,900 322,400 1.408
P760K 596,300 762,300 381,000 1.464 IV* – Intrinsic Viscosity (dL/g) in 0.1M Sodium Nitrate;
P825K 610,000 825,300 444,900 1.631 0.1% ethylene glycol at 30°C
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
a & K values for P (a = 0.665; K = 0.000201) Hydroxypropyl Cellulose
Price per Individual Standard: $200/250mg
Pullulan (Broad MWD) Catalog # Mp Mw Mn IV*
Price per Individual Standard: $170/1.0g HPC50K 49,000 55,700 28,800 1.895
HPC35K 34,000 37,500 21,900 1.285
Catalog # Mw Mn Mz IV*
HPC30K 30,000 32,400 18,800 1.095
PBR290K 290,000 36,600 790,800 0.673
HPC25K 26,750 29,500 17,900 0.975
PBR115K 114,900 45,200 178,600 0.467
HPC20K 18,700 20,500 12,700 0.630
PBR30K 30,800 12,400 52,800 0.224
HPC15K 15,250 17,000 10,400 0.530
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C
HPC10K 11,200 12,000 7,200 0.370
a & K values for PBR (a = 0.665; K = 0.000201)
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate,
pH = 7.0 at 30°C
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 12 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Hydroxypropyl Cellulose (Broad MWD) Poly (2 – Vinylpyridine) (Cationic – Narrow MWD)
Price per Individual Standard: $200/1.0g Price per Individual Standard: $121/250mg
Catalog # Mw Mn IV* Catalog # Mp Mw Mn IV*
BHPC865K 865,000 190,000 12.780 PVP1250K 1,250,000 1,300,000 825,000 10.382
BHPC637K 637,000 105,500 9.464 PVP550K 550,000 570,000 390,000 5.050
BHPC570K 570,000 145,500 7.990 PVP250K 250,000 275,000 165,000 2.625
BHPC557K 557,500 125,000 9.039 PVP160K 160,000 170,000 96,300 1.733
BHPC486K 486,900 110,000 7.479 PVP155K 155,000 151,000 116,600 1.618
BHPC388K 388,000 95,000 5.422 PVP150K 145,600 159,000 114,400 1.650
BHPC290K 288,200 38,700 2.930 PVP80K 75,000 88,600 59,100 0.859
BHPC205K 205,600 62,500 3.348 PVP70K 68,000 70,000 58,300 0.786
BHPC188K 187,600 38,900 2.750 PVP35K 35,000 34,700 24,100 0.398
BHPC153K 153,500 48,200 3.432 PVP12K 12,300 12,800 9,200 0.156
BHPC93K 93,000 39,600 2.325 PVP7K 7,500 7,600 5,600 0.098
BHPC86K 86,300 34,900 2.450 PVP3K 2,900 3,300 2,550 0.045
BHPC80K 81,500 14,700 1.725 IV* – Intrinsic Viscosity (dL/g) in 0.1M Sodium Formate at 25°C
BHPC72K 71,800 29,000 1.898
a & K values for PVP (a = 0.93; K = 0.000025)
BHPC70K 69,900 29,800 1.191
BHPC57K 56,900 28,900 1.890
Poly (2 – Vinylpyridine) (Cationic – Broad MWD)
BHPC55K 56,200 11,100 1.245
Price per Individual Standard: $182/1.0g
BHPC50K 50,500 24,600 1.495
BHPC30K 31,600 16,500 0.810 Catalog # Mw Mn Mz IV*
PVP400K 400,000 72,500 650,000 0.50
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate,
PVP188K 188,000 58,000 285,000 0.45
pH = 7.0 at 30°C
PVP79K 79,200 26,500 170,000 0.29
PVP45K 45,000 20,000 80,000 0.17
Hydroxypropyl Cellulose Kits
Catalog # Kit Description Kit Price
Poly (2 – Vinylpyridine) Kit
HPCKIT 250mg of HPC10K – HPC50K $1,200
Catalog # Kit Description Kit Price
BHPCKIT 1.0g of BHPC30K – BHPC865K $3,800
250mg of PVP3K – PVP1250K
PVPKIT $1,331
(Narrow MWD Only)
Polyvinylpyrrolidone
Price per Individual Standard: $170/1.0g
Poly (allylamine) Hydrochloride (Cationic – Broad MWD)
Catalog # Mw Mn Mz IV*
Price per Individual Standard: $200/1.0g
PVPR3500K 3,500,000 331,000 12,150,000 2.871
Catalog # Mw Mn Mz IV*
PVPR1500K 1,500,000 230,000 5,550,000 1.600
PAAH100K 99,300 57,100 175,000 0.540
PVPR1260K 1,260,000 223,000 4,000,000 1.329
PAAH35K 35,000 24,500 53,000 0.255
PVPR1065K 1,065,000 165,000 4,000,000 1.351
PVPR500K 506,900 66,450 1,843,000 0.726 IV* – Intrinsic Viscosity (dL/g) in 1% Acetic Acid;
PVPR400K 412,500 70,500 1,214,000 0.643 0.3M Sodium Chloride at 30°C
PVPR108K 108,700 20,000 320,000 0.256
PVPR95K 94,700 11,900 232,000 0.221 Chitosan (Cationic – Broad MWD)
PVPR84K 84,200 15,800 285,000 0.236
Price per Individual Standard: $237/1.0g
PVPR66K 65,900 8,000 170,000 0.164
Catalog # Mw Mn Mz IV*
PVPR22K 22,100 3,000 55,000 0.090
CH141K 141,400 33,700 300,600 4.508
PVPR17K 16,800 2,200 31,800 0.085
CH160K 160,800 28,400 378,800 5.613
PVPR14K 14,400 1,325 33,600 0.100
CH217K 217,600 47,400 375,000 9.473
PVPR5K 5,500 2,600 9,500 0.061
CH218K 218,100 27,000 506,400 6.703
PVPR4K 4,300 1,500 7,400 0.054
CH326K 326,700 99,400 486,200 9.765
IV* – Intrinsic Viscosity (dL/g) in 0.05M Sodium Sulfate at 30°C IV* – Intrinsic Viscosity (dL/g) in 5% Acetic Acid;
0.3M Sodium Chloride at 30°C
Xanthan
Price per Individual Standard: $182/250mg Guar Gum
Price per Individual Standard: $182/250mg
Catalog # Mw Mn Mz IV*
XNT5000K 4,500,000 4,000,000 5,000,000 0.880 Catalog # Mw Mn Mz IV*
GG9600K 9,590,000 3,150,000 14,900,000 1.296
IV* – Intrinsic Viscosity (dL/g) in 0.1M Sodium Nitrate;
IV* – Intrinsic Viscosity (dL/g) 0.1M Sodium Nitrate; 0.1M pH
0.1% ethylene glycol at 30°C
Buffer, pH = 7.0 at 30°C
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 13 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Gel Permeation Chromatography: Absolute
Gel Permeation Chromatography: Conventional
Information included in final report:
Information included in final report:
Formal report with Mn, Mv, Mw, Mz and MWD plus
Formal report with Mn, Mw, Mz and MWD relative to
Intrinsic Viscosity (the work is done with Viscotek
available MWD standards, Calibration curve, One (1) MWD
Differential Viscometer), Calibration curve, One (1) MWD
chromatogram per sample, One (1) DRI chromatogram per
chromatogram per sample, One (1) DRI chromatogram per
sample & One (1) summary report per sample injection.
sample, One (1) Mark-Houwink Plot chromatogram, One (1)
(3 injections are taken from each sample)
Viscosity Chromatogram & One (1) summary report per
Should additional information be needed than what is sample injection. (3 injections are taken from each sample)
listed above please contact us for prices.
Should additional information be needed than what is
Turnaround Time: listed above please contact us for prices.
7 business days from receipt of the sample(s)
Turnaround Time:
Additional Sample
Solvent First Sample
7 business days from receipt of sample(s)
sent at same time
Additional Sample
THF $424 $363 Solvent First Sample
sent at same time
Toluene $545 $424
THF $968 $847
Chloroform $545 $424
Toluene $1,029 $908
Methylene Chloride $545 $424
Chloroform $1,029 $908
Methanol $545 $424
Methylene Chloride $1,029 $908
Water $545 $424
Methanol $1,029 $908
DMF $665 $484
Water $1,029 $908
DMAC $665 $484
DMF $1,150 $968
NMP $665 $484
DMAC $1,150 $968
DMSO $665 $484
NMP $1,150 $968
TCB $787 $605
DMSO $1,150 $968
HFIP $1,150 $787
TCB $1,210 $1,029
Recalculation or Additional Calculations of Data $100
Recalculation or Additional Calculations of Data $100
Additional Chromatograms, including overlays $25
Additional Chromatograms, including overlays $25
Any requests for additional information after two (2) weeks of
Any requests for additional information after two (2) weeks of
receiving the final report can be charges at a rate of $100/hour.
receiving the final report can be charges at a rate of $100/hour.
Express service: (for most samples)
Express service: (for most samples)
48 business hours from receipt of the sample(s);
48 business hours from receipt of the sample(s);
50% surcharge on total invoice price
50% surcharge on total invoice price
Quantity discount:
Quantity discount:
Available for 10 or more samples, sent at the same time.
Available for 10 or more samples, sent at the same time.
Please contact us for prices.
Please contact us for prices.
Intrinsic Viscosity of Polymers:
Work is done in all common solvents and from room
temperature to 145°C. The cost of the analysis is directly
related to the type of solvent and temperature used for
determination of Intrinsic Viscosity
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 14 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
Multi-Angle Laser Light Scattering Vapor Pressure Osmometry
Determination of Number Average
Determination of Weight Average Molecular
Molecular Weight of Organic and Water
Weight of Organic and Water Soluble
Soluble Polymer by VPO
Polymers by MALLS
Instrumentation: Knauer Vapor Pressure Osmometer
Instrumentation: Wyatt Dawn
Principle of Operation:
Principle of Operation:
At a given temperature the vapor pressure
A solution is injected into a chromatography
of a solution is less than that of pure
system with the MALLS instrument and a
solvent. The solution and the solvent
refractometer. The intensity of the scattered
droplets are placed directly on two
light is proportional to the molecular weight.
thermistors arranged in a Wheatstone
The weight average can be calculated using
bridge circuit so that the temperature rise
a known dn/dc value, a specific refractive
(the solution droplet is heated up by the
index increment of the solute-solvent
latent heat of condensation) can be
mixture and a known concentration.
measured very accurately as a function of
the bridge imbalance output voltage.
Molecular Weight Range:
Organic Solvent (Above 10,000 g/mol)
Molecular Weight Range:
Aqueous Solvent (Above 10,000 g/mol)
Organic Solvent (40 – 35,000 g/mol)
Aqueous Solvent (up to 10,000g/mol)
Temperature Range:
Room Temperature
Temperature Range:
Room Temperature to 130°C
Turnaround Time:
7 business days from receipt of the sample(s)
Turnaround Time:
7 business days from receipt of the sample(s)
Price:
$1,815.00 for the first sample
Price:
$1,210.00 for each additional sample
$2,200.00 for the first sample
(For samples received at the same time; using
$1,650.00 for each additional sample
the same operating conditions)
(For samples received at the same time; using
the same operating conditions)
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 15 of 16
American Polymer Standards Corporation
8680 Tyler Blvd., Mentor, OH 44060
www.ampolymer.com
American GPC Columns Guard Column
American GPC columns are made of highly cross-linked Guard columns protect the main bank of the GPC
ST-DVB copolymer for use with most organic solvents: columns from adverse conditions and are available in
DMF, NMP, DMSO, HFIP, Acetone, Toluene, TCB, all solvents and particle sizes.
Chloroform, THF, etc.
Catalog # Price
AM Gel Guard Column $275.00
American GPC columns are ready to use as received.
Please specify the particle size desired (5, 10, or 15
The columns are shipped in the solvent of your choice (at no
micron) and the solvent you wish to guard column to
extra charge) for your convenience and to eliminate the
be shipped in (No extra charge).
costly and time-consuming solvent changeovers.
Columns are provided in three particle sizes to meet your
exact separation needs.
5 micron particle size (for extra resolution) GPC Column Regeneration Service
10 micron particle size (for good resolution and long column life) Column Type Price Guarantee
15 micron particle size (for extra-long life) microSTYRAGELTM
$363.00 120 Days
(10µ & 15µ) (100Å – 10^6Å)
Columns can be bought as individual pore sizes of 100Å,
microSTYRAGEL Linear TM
500Å, 10^3Å, 10^4Å, 10^5Å, 10^6Å and Linear (mixed bed) $394.00 120 Days
(10µ & 15µ) (Mixed Bed)
ULTRASYTRAGELTM
Each column is individually tested for efficiency and $484.00 90 Days
(5µ) (100Å – 10^6Å)
resolution and is unconditionally guaranteed for 120 Days.
ULTRASYTRAGEL Linear TM
$515.00 90 Days
(5µ) (Mixed Bed)
American GPC columns are produced in the USA, thus
insuring local supply and support as opposed to columns
made in Europe, Japan, etc NOTE: Please put end caps on your columns when
shipping them for regeneration service. All columns
***** 5 micron *****
received for regeneration service without end caps will
Catalog # Pore Size Mw Range Price
be charged an additional $20.00 per end cap that needs
AM Gel 100/5 100Å 0 – 700 $968.00
to be provided.
AM Gel 500/5 500Å 0 – 10,000 $968.00
AM Gel 103/5 1,000Å 1,000 – 20,000 $968.00
AM Gel 104/5 10,000Å 10,000 – 200,000 $968.00
Regeneration Procedure
AM Gel 105/5 100,000Å 100,000 – 2,000,000 $968.00
AM Gel 106/5 1,000,000Å 500,000 – 10,000,000 $968.00
1. GPC column tube and end caps are cleaned.
AM Gel Linear/5 Mixed Bed 1,000 – 5,000,000 $1,089.00
2. New GPC gel is prepared.
3. Inlet and outlet filters are replaced.
***** 10 micron *****
4. Column is repacked using the proprietary slurry method.
Catalog # Pore Size Mw Range Price
5. Column is tested for efficiency and performance.
AM Gel 100/10 100Å 0 – 700 $847.00
AM Gel 500/10 500Å 0 – 10,000 $847.00 6. Column is shipped in the solvent of your choice.
AM Gel 103/10 1,000Å 1,000 – 20,000 $847.00 7. Each column is unconditionally guaranteed.
AM Gel 104/10 10,000Å 10,000 – 200,000 $847.00 8. Each column meets or exceeds new column
AM Gel 105/10 100,000Å 100,000 – 2,000,000 $847.00 specifications
AM Gel 106/10 1,000,000Å 500,000 – 10,000,000 $847.00
AM Gel
Mixed Bed 1,000 – 5,000,000 $968.00
Linear/10
***** 15 micron *****
Catalog # Pore Size Mw Range Price
AM Gel 100/15 100Å 0 – 700 $726.00
AM Gel 500/15 500Å 0 – 10,000 $726.00
AM Gel 103/15 1,000Å 1,000 – 20,000 $726.00
AM Gel 104/15 10,000Å 10,000 – 200,000 $726.00
AM Gel 105/15 100,000Å 100,000 – 2,000,000 $726.00
AM Gel 106/15 1,000,000Å 500,000 – 10,000,000 $726.00
AM Gel
Mixed Bed 1,000 – 5,000,000 $847.00
Linear/15
All columns are sold as (7.8mm ID X 30 cm)
Please specify the solvent that you wish the columns to be shipped
(No extra charge)
Phone: 440-255-2211 * Fax: 440-255-8397 * Email: apsc@ampolymer.com
July 2014 Page 16 of 16
更多产品,更多优惠,请联系我们!
上海金畔生物科技有限公司
订货热线:15221999938
qq号:2743691513
网 址: www.jinpanbio.com
金畔博客:www.jinpanbio.cn
Email:sales@jinpanbio.com
氟化PE广口瓶 100mL
产品编号 | 产品名称 | 产品规格 | 产品等级 | 产品价格 |
WEB20415 | Fluropolyethylene processed PE wide 氟化PE广口瓶 |
100mL |
氟化PE广口瓶 100mL
本品是表面进行了氟化处理,可隔离有机溶剂,耐药性优越的100mL广口瓶。
|
|
◆主要参数
产品编号 |
WEB20415 |
容量 |
100mL |
内径(mm) |
φ31 |
外径×总高度(mm) |
50×93H |
规格 |
100mL |
※材质/主体、瓶盖:高密度聚乙烯(表面氟化处理)
内盖:低密度聚乙烯。
※带内盖
※各尺寸仅供参考。
◆材质
◆同系列产品
产品编号 |
产品名称 |
外径×总高度(mm) |
规格 |
内径(mm) |
容量 |
WEB20415 |
氟化PE广口瓶 |
50× 93H |
100mL |
φ31 |
100mL |
WEB20416 |
63×122H |
250mL |
φ31 |
250mL |
|
WEB20417 |
78×152H |
500mL |
φ43 |
500mL |
|
WEB20418 |
100×189H |
1L |
φ43 |
1L |
|
WEB20419 |
127×234H |
2L |
φ75 |
2L |
◆什么是氟化PE广口瓶
在传统PE广口瓶的基础上采用特殊技术,对接触液体表面进行了氟化处理的容器。
◆特点
● 接触溶液的表面进行了氟化处理(氟化层),具有优越的抗挥发性(尤其对有机溶剂)和耐药性。
● 采用氟化处理技术,经过氟化处理的广口瓶表面效果持久。
(若表层破损,基本材料PE外露,氟化处理就会失效,使用时请注意。)
● 广口瓶的基本材料为PE,价格优惠,瓶身轻巧。
● 经过氟化处理的产品都标有批号,方便进行生产管理。
◆注意事项
使用前请使用刺激性较小的温水或清洗液进行清洗。
请勿使用清洗刷或含研磨剂的去污粉等,以免损伤氟化层。
传统PE广口瓶内的有机溶剂会随着时间的推移发生气化,从瓶身挥发,导致溶剂重量减少。而氟化PE广口瓶中4种溶剂的泄漏量不足1%,具有极高的抗挥发性。 |
|
![]() |
|
氟化PE广口瓶(1L) 注入正乙烷30天后 |
传统PE广口瓶(1L) 注入正乙烷30天后 |
NISSUI 日本日水培养基 Haemophilus / Neisseria
阿拉伯树胶四糖[纯度>95%][浆] Arabinotetraose (syrup) – 30mg 货号:O-ATE Megazyme中文站
阿拉伯树胶四糖[纯度>95%][浆]
英文名:Arabinotetraose (syrup) – 30mg
货号:O-ATE
规格:30 mg
CAS: 190852-24-5
Molecular Formula: C20H34O17
Molecular Weight: 546.5
Purity: > 95%
High purity Arabinotetraose (syrup) for use in research, biochemical enzyme assays and in vitro diagnostic analysis.
暂无问题解答
暂无视频
刀豆球蛋白A Concanavalin A (Con A) 1g 货号:L-CONA-1000MG Megazyme中文站
刀豆球蛋白A
英文名:Concanavalin A (Con A) 1g
货号:L-CONA-1000MG
规格:1 g
暂无详情描述
暂无问题解答
暂无视频
抗凝固药成分
产品编号 | 产品名称 | 产品规格 | 产品等级 | 产品价格 |
085-00134 | Heparin Sodium 肝素钠 | 10000U | - | - |
081-00136 | Heparin Sodium 肝素钠 | 100000U | - | - |
081-00131 | Heparin Sodium 肝素钠 | 1000000U | - | - |
087-00133 | Heparin Sodium 肝素钠 | 4000000 units | - | - |
239-02171 | Warfarin Sodium 华法令钠 | 10g | - | - |
237-02172 | Warfarin Sodium 华法令钠 | 25g | - | - |
抗凝固药成分
◆肝素钠(Heparin Sodium)
CAS No. 9041-08-1 活性:130units/mg 以上 可溶性溶剂:水 用途(作用):和抗凝血酶III结合,抑制抗凝血酶的凝血酶作用,有抗凝固作用。 |
– |
◆华法令钠(Warfarin Sodium)
CAS No. 129-06-6 C19H15NaO4=330.31 纯度:97.0+%(HPLC) 可溶性溶剂:乙醇 用途(作用):和维生素K 产生拮抗,有抗凝固作用。 |
|
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Pall颇尔滤膜 76901 O-ring, EPR-008 1/part 3 26
accura-expRACE 试剂盒
产品编号 | 产品名称 | 产品规格 | 产品等级 | 产品价格 |
ELP-EPI001-EX | accura-expRACE KIT accura-expRACE试剂盒 |
5 reactions | – | – |
accura-expRACE 试剂盒
accura-expRACE KIT
第一条cDNA 链的合成→ 第二条cDNA 链的合成 →RACE PCR,从cDNA 合成到RACE 结果的获得只需一天时间。
◆原理
● 该试剂盒的RACE(快速扩增cDNA 末端)实验采用单引物法*,利用目的基因特异性引物和双链DNA 作为
模板,通过PCR
● 实验原理是基于双链cDNA 末端在68℃发生部分变性,进行延伸反应,有利于线性DNA 分子成环。
● 热稳定的DNA 聚合酶在延伸到DNA 模板的5
● 用此子链作为模板,即可用单特异性引物扩增出目的cDNA。
◆特点•优势
● 用此试剂盒,可简单高效地进行5’和3’ RACE;
● 长链cDNA 和少数之前未确认的cDNA 能得到分离富集;
● 合成的双链cDNA 能作为cDNA 文库,可用于400 次左右的cDNA 文库筛选;
● 由于采用了改进的M-MLV 逆转录酶,此试剂盒能合成高比例的全长cDNA 序列。
果胶半乳糖[土豆] Pectic Galactan (Potato) 4g 货号:P-PGAPT Megazyme中文站
果胶半乳糖[土豆]
英文名:Pectic Galactan (Potato) 4g
货号:P-PGAPT
规格:4 grams
暂无详情描述
暂无问题解答
暂无视频
Axygen试剂盒 AP-96-GX-24G AxyPrep-96 DNA凝胶回收试剂盒
Axygen试剂盒 AP-96-GX-24G AxyPrep-96 DNA凝胶回收试剂盒 24×96 prep 盒 7258
OXOID培养基 SR0155N CCDA选择添加剂 CCDA SELECTIVE SUPPLEMENT 9 LITRES
OXOID培养基 SR0155N CCDA选择添加剂 CCDA SELECTIVE SUPPLEMENT 9 LITRES 10645.3185332256
QUARTAMIN 60W 西曲氯铵 十六烷基三甲基氯化铵
QUARTAMIN 60W
QUARTAMIN 60W 西曲氯铵 十六烷基三甲基氯化铵
规格
化学名称 十六烷基三甲基氯化铵
国际化妆品成分名 西曲氯铵
外观 液体
含量 (%) 30
应用 调节因子。
特性 一般的阳离子表面活性剂,毛发调节因子。使其易于梳理并保持柔顺,不含,适用于气味比较淡的产品。
生产地区 亚洲
包装 17千克/罐,150千克/桶
荧光染料1171-1mL BDP TR methyl ester 5 mM in DMSO 1 mL
lumiprobe荧光染料1171-1mL BDP TR methyl ester 5 mM in DMSO 1 mL lumiprobe荧光染料BDP TR methyl ester 5 mM in DMSO 1 mL 160
Labnet OPTIPETTE系列移液器
品牌:美国Labnet
订货号:5691/5692/5693/5694/5695/5696/5698/5699
产品介绍
准确精密、坚固耐用、超高性价比!
全新Optipette系列单道移液器继承了Labnet移液器家族优秀的人体工程学设计,同时集准确性、精密性、坚固耐用、超高性价比于一身,在科学严谨的工程学设计的基础上省却了一些非核心功能配件(量程锁定、额外的枪头推杆延长配件等),从而更加经济实惠。
★ 采用全新工程材质,轻巧耐用,耐UV照射灭菌,可整支高温灭菌;
★ 符合人体工程学设计,更轻松舒适的握持手感,更大的圆形按钮设计,方便手指操作;
★ PVDF材质的转轴具有优越的化学兼容性;
★ 每把Optipette移液器都配备校准旋匙,四步即可轻松校准;
★ 顺畅简易的量程调节三位显示窗口确保随时清楚可见;
★ 不同色圈区分不同量程,便于辨识。
型号 | 订货号 | 量程 | 适配吸头 | 准确度% | 精确度% |
OPL2 | 5691 | 0.1-2.0μl | 10μl | ±12~±1.5 | ±6.0~±0.7 |
OPL10 | 5692 | 0.5-10μl | 10μl | ±4~±0.5 | ±2.8~±0.4 |
OPL20 | 5693 | 2-20μl | 200μl | ±3~±0.8 | ±1.5~±0.3 |
OPL100 | 5694 | 10-100μl | 200μl | ±1.6~±0.8 | ±0.8~±0.2 |
OPL200 | 5695 | 20-200μl | 200μl | ±1.2~±0.6 | ±0.6~±0.2 |
OPL1000 | 5696 | 100-1000μl | 1000μl | ±1.6~±0.6 | ±0.4~±0.15 |
OPL5000 | 5698 | 1000-5000μl | 5000μl | ±0.6~±0.5 | ±0.25~±0.15 |
OPL10000 | 5699 | 1000-10000μl | 10000μl | ±2.5~±0.5 | ±0.6~±0.2 |
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上海金畔生物科技有限公司
文章号:556-556
Pall颇尔滤膜 ODM02C35 NANOSEP MF 0.2UM 500/PK
Pall颇尔滤膜 ODM02C35 NANOSEP MF 0.2UM 500/PK 1343 10745
Pall颇尔滤膜 20029-021 HEPARIN HYPERD M BIOSEPR 100ML
Pall颇尔滤膜 20029-021 HEPARIN HYPERD M BIOSEPR 100ML 1155 9243
Whatman 滤膜 10350241 603纤维素提取套管,33*90mm,厚度1.5mm/25
Whatman 滤膜 10350241 603纤维素提取套管,33*90mm,厚度1.5mm/25 603 CELTHIMBLE 33x90MM 25/PK
Whatman 滤膜 10463533 REZIST 30/5.0 PTFE 100/PK
Whatman 滤膜 10463533 REZIST 30/5.0 PTFE 100/PK REZIST 30/5.0 PTFE 100/PK