十六烷（CAS 630-06-8）：分子式 C36H74、分子量 507.0。
| CAS号 | 630-06-8 |
|---|---|
| 分子式 | C36H74 |
| 分子量 | 507.0 |
| 熔点 | 75.081 °C |
| 沸点 | BP: 298.4 °C at 3 mm Hg |
| LogP | 19.1 |
| 应用领域 | Uses: They are used mainly in applications for which isoalkanes are not acceptable for biological reasons、e.g.、the production of detergents or proteins.、Higher n-Alkanes、Solid n-alkanes (paraffin waxes) are used in a variety of applications、... oxidation、and chlorination reactions.、Methods of Manufacturing: The liquefaction of coal provides the greatest variety of saturated hydrocarbons. The Fischer-Tropsch synthesis produces alkanes from syngas (CO + H2) in the range C1 to C30 or higher depending on the process variant: depending on the catalyst employed、the synthesis yields predominantly liquid hydrocarbons in the gasoline range、along with gases from C1 to C4 when iron-based catalysts are used、while cobalt-based catalysts produce longer chain hydrocarbons in the diesel and wax range that often undergo、depending of the desired product slate、further processing、especially for gasoline generation. While iron-based Fischer-Tropsch catalysts generate complex mixtures that also include branched and olefinic hydrocarbons、cobalt-based catalysts produce streams that are rich in n-alkanes and are therefore suitable raw materials for detergents and for wax products.、Saturated Hydrocarbons、Suitable sources for n-alkanes with more than six carbon atoms are the appropriate petroleum distillate fractions、from which the n-paraffins can be isolated in high isomeric purity (= 95% linearity) by selective separation techniques、especially fractional distillation.、General Manufacturing Information: Hexatriacontane: ACTIVE、Gas-phase dehydrogenation of n-alkanes over noble-metal catalysts yield the corresponding n-alkenes at low conversion rates (ca. 10%) with predominantly internal double bonds. The corresponding alkenes can be isolated in high purity by selective molecular-sieve processes. |
登记用途：Uses: They are used mainly in applications for which isoalkanes are not acceptable for biological reasons、e.g.、the production of detergents or proteins.、Higher n-Alkanes、Solid n-alkanes (paraffin waxes) are used in a variety of applications、... oxidation、and chlorination reactions.、Methods of Manufacturing: The liquefaction of coal provides the greatest variety of saturated hydrocarbons. The Fischer-Tropsch synthesis produces alkanes from syngas (CO + H2) in the range C1 to C30 or higher depending on the process variant: depending on the catalyst employed、the synthesis yields predominantly liquid hydrocarbons in the gasoline range、along with gases from C1 to C4 when iron-based catalysts are used、while cobalt-based catalysts produce longer chain hydrocarbons in the diesel and wax range that often undergo、depending of the desired product slate、further processing、especially for gasoline generation. While iron-based Fischer-Tropsch catalysts generate complex mixtures that also include branched and olefinic hydrocarbons、cobalt-based catalysts produce streams that are rich in n-alkanes and are therefore suitable raw materials for detergents and for wax products.、Saturated Hydrocarbons、Suitable sources for n-alkanes with more than six carbon atoms are the appropriate petroleum distillate fractions、from which the n-paraffins can be isolated in high isomeric purity (= 95% linearity) by selective separation techniques、especially fractional distillation.、General Manufacturing Information: Hexatriacontane: ACTIVE、Gas-phase dehydrogenation of n-alkanes over noble-metal catalysts yield the corresponding n-alkenes at low conversion rates (ca. 10%) with predominantly internal double bonds. The corresponding alkenes can be isolated in high purity by selective molecular-sieve processes.。
十六烷 是一种化工化合物，登记 CAS 号为 630-06-8，分子式 C36H74（分子量 507.0）。
登记 CAS 号：630-06-8
其分子式 C36H74 由 36 个碳、74 个氢 组成。
别名/同义词：十六烷 · Hexatriacontane
十六烷 的 CAS 登记号为 630-06-8。
分子式 C36H74，分子量 507.0。
别名/同义词：十六烷、Hexatriacontane。
登记用途：Uses: They are used mainly in applications for which isoalkanes are not acceptable for biological reasons、e.g.、the production of detergents or proteins.、Higher n-Alkanes、Solid n-alkanes (paraffin waxes) are used in a variety of applications、... oxidation、and chlorination reactions.、Methods of Manufacturing: The liquefaction of coal provides the greatest variety of saturated hydrocarbons. The Fischer-Tropsch synthesis produces alkanes from syngas (CO + H2) in the range C1 to C30 or higher depending on the process variant: depending on the catalyst employed、the synthesis yields predominantly liquid hydrocarbons in the gasoline range、along with gases from C1 to C4 when iron-based catalysts are used、while cobalt-based catalysts produce longer chain hydrocarbons in the diesel and wax range that often undergo、depending of the desired product slate、further processing、especially for gasoline generation. While iron-based Fischer-Tropsch catalysts generate complex mixtures that also include branched and olefinic hydrocarbons、cobalt-based catalysts produce streams that are rich in n-alkanes and are therefore suitable raw materials for detergents and for wax products.、Saturated Hydrocarbons、Suitable sources for n-alkanes with more than six carbon atoms are the appropriate petroleum distillate fractions、from which the n-paraffins can be isolated in high isomeric purity (= 95% linearity) by selective separation techniques、especially fractional distillation.、General Manufacturing Information: Hexatriacontane: ACTIVE、Gas-phase dehydrogenation of n-alkanes over noble-metal catalysts yield the corresponding n-alkenes at low conversion rates (ca. 10%) with predominantly internal double bonds. The corresponding alkenes can be isolated in high purity by selective molecular-sieve processes.。
十六烷（CAS 630-06-8）的独立参考数据，整理自公开化学数据库。
| CAS Registry Number | 630-06-8 |
|---|---|
| PubChem CID | 12412 |
| Molecular formula | C36H74 |
| IUPAC name | hexatriacontane |
| UNII (FDA) | ZX65M35102 |
| Molecular Weight | 507.0 |
|---|---|
| XLogP3 | 19.1 |
| Hydrogen Bond Donor Count | 0 |
| Hydrogen Bond Acceptor Count | 0 |
| Rotatable Bond Count | 33 |
| Exact Mass | 506.57905236 |
| Monoisotopic Mass | 506.57905236 |
| Topological Polar Surface Area | 0 |
| Heavy Atom Count | 36 |
| Boiling Point | BP: 298.4 °C at 3 mm Hg |
|---|---|
| Melting Point | 75.081 °C |
| Density | Density: 0.7803 g/cc at 80 °C |
HEXATRIACONTANE; n-Hexatriacontane; CH3-[CH2]34-CH3; NSC 407536; NSC-407536; EINECS 211-127-8; AI3-52389; DTXSID7060885; CHEBI:72688; HSDB 8364; CH3-(CH2)34-CH3; nHexatriacontane; RefChem:146289; DTXCID3043605; 2040-92-8; 211-127-8
| GHS notification summary | 100% (44 / 44) |
|---|
| GHS notification summary | 100% (44 / 44) |
|---|
This chemical does not meet GHS hazard criteria for 100% (44 of 44) of all reports.
Reported as not meeting GHS hazard criteria by 44 of 44 companies. For more detailed information, please visit ECHA C&L website.
Hexatriacontane · CAS 630-06-8 · C36H74. UNII ZX65M35102. Boiling Point: BP: 298.4 °C at 3 mm Hg; Melting Point: 75.081 °C; Density: Density: 0.7803 g/cc at 80 °C.
数据来源：PubChem / Wikidata；与随货 COA 不一致时以 COA 为准。
English page: Hexatriacontane