CAS 638-68-6: Triacontane
Formula:C30H62
InChI:InChI=1S/C30H62/c1-3-5-7-9-11-13-15-17-19-21-23-25-27-29-30-28-26-24-22-20-18-16-14-12-10-8-6-4-2/h3-30H2,1-2H3
InChI key:InChIKey=JXTPJDDICSTXJX-UHFFFAOYSA-N
SMILES:C(CCCCCCCCCCCCCCC)CCCCCCCCCCCCCC
Synonyms:- Nsc 158661
- Triacontan
- Triacontano
- n-Triacontane
- Triacontane
Sort by
n-Triacontane, 98+%
CAS:n-Triacontane is used to improve the threshold voltage and mobility for electrons of ambipolar organic light emitting field effect transistors with modified asymmetric electrodes. This Thermo Scientific Chemicals brand product was originally part of the Alfa Aesar product portfolio. Some documentation and label information may refer to the legacy brand. The original Alfa Aesar product / item code or SKU reference has not changed as a part of the brand transition to Thermo Scientific Chemicals.Formula:C30H62Purity:98+%Color and Shape:White, Crystalline or waxy flakes or fused solidMolecular weight:422.83Triacontane
CAS:Formula:C30H62Purity:>98.0%(GC)Color and Shape:White to Almost white powder to crystalMolecular weight:422.83Alkanes-Mix 10 500 µg/mL in Toluene
CAS:Controlled Product- 1120-21-4
- 112-40-3
- 112-95-8
- 124-18-5
- 14167-59-0
- 544-76-3
- 544-85-4
- 593-45-3
- 593-49-7
- 629-50-5
- 629-59-4
- 629-62-9
- 629-78-7
- 629-92-5
- 629-94-7
- 629-97-0
- 629-99-2
- 630-01-3
- 630-02-4
- 630-03-5
- 630-04-6
- 630-05-7
- 630-07-9
- 638-67-5
- 638-68-6
- 646-31-1
Formula:C10H22Color and Shape:MixtureMolecular weight:142.28New Jersey TRPH Standard 987 200 µg/mL in Dichloromethane:Carbon Disulfide (9:1)
CAS:Controlled Product- 111-65-9
- 111-84-2
- 1120-21-4
- 112-40-3
- 112-95-8
- 124-18-5
- 14167-59-0
- 1921-70-6
- 4181-95-7
- 544-76-3
- 544-85-4
- 593-45-3
- 593-49-7
- 629-50-5
- 629-59-4
- 629-62-9
- 629-78-7
- 629-92-5
- 629-94-7
- 629-97-0
- 629-99-2
- 630-01-3
- 630-02-4
- 630-03-5
- 630-04-6
- 630-05-7
- 630-06-8
- 630-07-9
- 638-36-8
- 638-67-5
- 638-68-6
- 646-31-1
- 7194-84-5
- 7194-85-6
- 7194-86-7
Formula:C10H22Color and Shape:MixtureMolecular weight:142.28TRPH Standard 1017 500 µg/mL in Hexane
CAS:- 1120-21-4
- 112-40-3
- 112-95-8
- 124-18-5
- 14167-59-0
- 4181-95-7
- 544-76-3
- 544-85-4
- 593-45-3
- 593-49-7
- 629-50-5
- 629-59-4
- 629-62-9
- 629-78-7
- 629-92-5
- 629-94-7
- 629-97-0
- 629-99-2
- 630-01-3
- 630-02-4
- 630-03-5
- 630-04-6
- 630-05-7
- 630-06-8
- 630-07-9
- 638-67-5
- 638-68-6
- 646-31-1
- 7194-84-5
- 7194-85-6
- 7194-86-7
Formula:C10H22Color and Shape:MixtureMolecular weight:142.28HJ 894-2017 C7 to C40 n-Alkanes Mixture 159 1000 µg/mL in n-Hexane
CAS:Controlled Product- 111-65-9
- 111-84-2
- 1120-21-4
- 112-40-3
- 112-95-8
- 124-18-5
- 14167-59-0
- 142-82-5
- 4181-95-7
- 544-76-3
- 544-85-4
- 593-45-3
- 593-49-7
- 629-50-5
- 629-59-4
- 629-62-9
- 629-78-7
- 629-92-5
- 629-94-7
- 629-97-0
- 629-99-2
- 630-01-3
- 630-02-4
- 630-03-5
- 630-04-6
- 630-05-7
- 630-06-8
- 630-07-9
- 638-67-5
- 638-68-6
- 646-31-1
- 7194-84-5
- 7194-85-6
- 7194-86-7
Color and Shape:MixtureHydrocarbons Mixture (C5-C32) 586 1000 µg/mL in Dichloromethane
CAS:Controlled Product- 109-66-0
- 110-54-3
- 111-65-9
- 111-84-2
- 1120-21-4
- 112-40-3
- 112-95-8
- 124-18-5
- 142-82-5
- 544-76-3
- 544-85-4
- 593-45-3
- 593-49-7
- 629-50-5
- 629-59-4
- 629-62-9
- 629-78-7
- 629-92-5
- 629-94-7
- 629-97-0
- 629-99-2
- 630-01-3
- 630-02-4
- 630-03-5
- 630-04-6
- 638-67-5
- 638-68-6
- 646-31-1
Color and Shape:MixtureASTM Method D2887 Hydrocarbon Window Defining Solution
CAS:Controlled Product- 111-65-9
- 111-84-2
- 1120-21-4
- 112-40-3
- 112-95-8
- 124-18-5
- 14167-59-0
- 1921-70-6
- 4181-95-7
- 544-76-3
- 544-85-4
- 593-45-3
- 593-49-7
- 629-50-5
- 629-59-4
- 629-62-9
- 629-78-7
- 629-92-5
- 629-94-7
- 629-97-0
- 629-99-2
- 630-01-3
- 630-02-4
- 630-03-5
- 630-04-6
- 630-05-7
- 630-06-8
- 630-07-9
- 638-36-8
- 638-67-5
- 638-68-6
- 646-31-1
- 7194-84-5
- 7194-85-6
- 7194-86-7
Formula:C10H22Color and Shape:MixtureMolecular weight:142.28Triacontane
CAS:Triacontane is a fatty acid that has been identified as an optimum concentration for use in analytical chemistry. It has also been used in the process of biological treatment, where it is used to remove organic substances from water. Triacontane can be applied to surfaces using surface methodology and polymerase chain reaction (PCR) methods to identify bacterial strains. It can also be applied as a sample preparation technique prior to analysis by gas chromatography-mass spectrometry (GC-MS). The light emission of triacontane aids in detection and identification of microorganisms or infectious diseases by fluorescence microscopy. This fatty acid has surfactant properties, making it useful for the removal of microbial infections on surfaces.Formula:C30H62Purity:Min. 95%Molecular weight:422.81 g/molTriacontane
CAS:Formula:CH3(CH2)28CH3Purity:≥ 98.0%Color and Shape:White crystals or flakesMolecular weight:422.83
