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五氟乙烷

CAS 354-33-6C2HF5MW 120.02

五氟乙烷(CAS 354-33-6):分子式 C2HF5、分子量 120.02。

产品概览

CAS号354-33-6
分子式C2HF5
分子量120.02
熔点-100.6 °C
沸点-48.1 °C
LogP1.45
应用领域Uses: Used as a replacement for chlorofluorocarbons、[HSDB] Used as a refrigerant、fire extinguishing agent、plastic foam blowing agent、and solvent in special applications、[eChemPortal: SIDSUNEP]、According to the AFEAS database、more than 99% of HFC-125 produced worldwide by the reporting companies is used as a blend component for commercial refrigeration and air conditioning systems. The use as a fire-extinguishing agent in total flooding systems is another application of HFC-125. Minor applications include the use of HFC-125 in plastic foam blowing and as a solvent in special applications.、Refrigerant.、non-polymer PFAS -> Electronic Industry -> Electrical equipment、appliance、and component manufacturing、non-polymer PFAS -> Electronic Industry -> Heat transfer fluids (cooling of electrical equipment)、non-polymer PFAS -> Air conditioning -> Air conditioning、non-polymer PFAS -> Food Production Industry -> Manufacture of food products and beverages、non-polymer PFAS -> Chemical Industry -> Production of other chemicals、non-polymer PFAS -> Refrigerant systems -> Refrigerants、non-polymer PFAS -> Flame Retardants -> Flame retardants and extinguishing agents、non-polymer PFAS -> Machinery and equipment -> (Electrical) machinery and equipment、non-polymer PFAS -> Cleaning compositions -> Cleaning compositions in general、non-polymer PFAS -> Building and Construction -> General use、• Refrigerant - Heat transfer fluid [Ref: https:、www.epa.gov、chemical-data-reporting、2016-chemical-data-reporting-results]、• Foaming agent for protein fire fighting foams [Ref: CAS 2019 (CN101371944)]、• Construction [Ref: http:、www.spin2000.net、spinmyphp、• Cleaning、washing agents [Ref: http:、• Heat transfer agent [Ref: http:、• Air Conditioner、Refrigeration in Industrial gas manufacturing [Ref: https:、• Cooling agent [Ref: http:、• Functional fluids (closed systems) in electrical equipment、and component manufacturing [Ref: https:、• Refrigerant [Ref: https:、www.ashrae.org、technical-resources、standards-and-guidelines、ashrae-refrigerant-designations]、• Manufacture of food products and beverages [Ref: http:、• Machinery and equipment [Ref: http:、• Manufacture of chemicals and chemical products [Ref: http:、• Flame ratardant and fire extinguishing agent [Ref: http:、• Functional fluids (closed systems) in machinery manufacturing [Ref: https:、Industry Uses: Not Known or Reasonably Ascertainable、Refrigerants、Propellants、non-motive (blowing agents)、Energy Releasers (explosives、motive propellant)、Consumer Uses: Propellants、Not Known or Reasonably Ascertainable、Methods of Manufacturing: Higher temperatures and higher hydrogen fluoride-to-substrate ratios are necessary to achieve complete replacement of all chlorine atoms in the starting chloro compounds by fluorine. Both liquid-phase halogen exchange in the presence of catalysts、such as antimony(V) or tin(IV) chlorofluorides and vapor phase reactions using solid-phase catalysts based on chromium are employed. Preferred starting materials are chloroform for HFC 23、dichloromethane for HFC 32、and 1、1、1-trichloroethane for HFC 143a. The conversion of tetrachloroethylene to HFC 125 and trichloroethylene to HFC 134a involves initial HF-addition across the double bond followed by a series of chlorine-fluorine exchange reactions.、Fluorination of 2、2-dichloro-1、1-trifluoroethane (HCFC-123) is employed to manufacture 2-chloro-1、2-tetrafluoroethane (HCFC-124)、which in turn is fluorinated to 1、2、2-pentafluoroethane (HFC-125).、Consumption Patterns: Refrigerants、39%、foam blowing agents、17%、solvents、14%、fluoropolymers、sterilant gas、2%、aerosol propellants、food freezant、1%、other、8%、exports、3% (1985)、fluorocarbons、U.S. Production: 2023: 70、000、000 - <85、000 lb、2022: 70、2021: 100、000 - <250、2020: 85、000 - <100、Non-confidential 2012 Chemical Data Reporting (CDR) information on the production and use of chemicals manufactured or imported into the United States. Chemical: Ethane、2-pentafluoro-. National Production Volume: 83、324、535 lb、yr.、General Manufacturing Information: All Other Basic Inorganic Chemical Manufacturing、Electrical Equipment、Appliance、and Component Manufacturing、All Other Chemical Product and Preparation Manufacturing、Industrial Gas Manufacturing、Other (requires additional information)、Miscellaneous Manufacturing、Machinery Manufacturing、Ethane、2-pentafluoro-: ACTIVE

应用领域

登记用途:Uses: Used as a replacement for chlorofluorocarbons、[HSDB] Used as a refrigerant、fire extinguishing agent、plastic foam blowing agent、and solvent in special applications、[eChemPortal: SIDSUNEP]、According to the AFEAS database、more than 99% of HFC-125 produced worldwide by the reporting companies is used as a blend component for commercial refrigeration and air conditioning systems. The use as a fire-extinguishing agent in total flooding systems is another application of HFC-125. Minor applications include the use of HFC-125 in plastic foam blowing and as a solvent in special applications.、Refrigerant.、non-polymer PFAS -> Electronic Industry -> Electrical equipment、appliance、and component manufacturing、non-polymer PFAS -> Electronic Industry -> Heat transfer fluids (cooling of electrical equipment)、non-polymer PFAS -> Air conditioning -> Air conditioning、non-polymer PFAS -> Food Production Industry -> Manufacture of food products and beverages、non-polymer PFAS -> Chemical Industry -> Production of other chemicals、non-polymer PFAS -> Refrigerant systems -> Refrigerants、non-polymer PFAS -> Flame Retardants -> Flame retardants and extinguishing agents、non-polymer PFAS -> Machinery and equipment -> (Electrical) machinery and equipment、non-polymer PFAS -> Cleaning compositions -> Cleaning compositions in general、non-polymer PFAS -> Building and Construction -> General use、• Refrigerant - Heat transfer fluid [Ref: https:、www.epa.gov、chemical-data-reporting、2016-chemical-data-reporting-results]、• Foaming agent for protein fire fighting foams [Ref: CAS 2019 (CN101371944)]、• Construction [Ref: http:、www.spin2000.net、spinmyphp、• Cleaning、washing agents [Ref: http:、• Heat transfer agent [Ref: http:、• Air Conditioner、Refrigeration in Industrial gas manufacturing [Ref: https:、• Cooling agent [Ref: http:、• Functional fluids (closed systems) in electrical equipment、and component manufacturing [Ref: https:、• Refrigerant [Ref: https:、www.ashrae.org、technical-resources、standards-and-guidelines、ashrae-refrigerant-designations]、• Manufacture of food products and beverages [Ref: http:、• Machinery and equipment [Ref: http:、• Manufacture of chemicals and chemical products [Ref: http:、• Flame ratardant and fire extinguishing agent [Ref: http:、• Functional fluids (closed systems) in machinery manufacturing [Ref: https:、Industry Uses: Not Known or Reasonably Ascertainable、Refrigerants、Propellants、non-motive (blowing agents)、Energy Releasers (explosives、motive propellant)、Consumer Uses: Propellants、Not Known or Reasonably Ascertainable、Methods of Manufacturing: Higher temperatures and higher hydrogen fluoride-to-substrate ratios are necessary to achieve complete replacement of all chlorine atoms in the starting chloro compounds by fluorine. Both liquid-phase halogen exchange in the presence of catalysts、such as antimony(V) or tin(IV) chlorofluorides and vapor phase reactions using solid-phase catalysts based on chromium are employed. Preferred starting materials are chloroform for HFC 23、dichloromethane for HFC 32、and 1、1、1-trichloroethane for HFC 143a. The conversion of tetrachloroethylene to HFC 125 and trichloroethylene to HFC 134a involves initial HF-addition across the double bond followed by a series of chlorine-fluorine exchange reactions.、Fluorination of 2、2-dichloro-1、1-trifluoroethane (HCFC-123) is employed to manufacture 2-chloro-1、2-tetrafluoroethane (HCFC-124)、which in turn is fluorinated to 1、2、2-pentafluoroethane (HFC-125).、Consumption Patterns: Refrigerants、39%、foam blowing agents、17%、solvents、14%、fluoropolymers、sterilant gas、2%、aerosol propellants、food freezant、1%、other、8%、exports、3% (1985)、fluorocarbons、U.S. Production: 2023: 70、000、000 - <85、000 lb、2022: 70、2021: 100、000 - <250、2020: 85、000 - <100、Non-confidential 2012 Chemical Data Reporting (CDR) information on the production and use of chemicals manufactured or imported into the United States. Chemical: Ethane、2-pentafluoro-. National Production Volume: 83、324、535 lb、yr.、General Manufacturing Information: All Other Basic Inorganic Chemical Manufacturing、Electrical Equipment、Appliance、and Component Manufacturing、All Other Chemical Product and Preparation Manufacturing、Industrial Gas Manufacturing、Other (requires additional information)、Miscellaneous Manufacturing、Machinery Manufacturing、Ethane、2-pentafluoro-: ACTIVE。

技术档案

这个产品是什么

五氟乙烷 是一种化工化合物,登记 CAS 号为 354-33-6,分子式 C2HF5(分子量 120.02)。

识别信息

登记 CAS 号:354-33-6

其分子式 C2HF5 由 2 个碳、1 个氢、5 个氟 组成。

别名/同义词:五氟乙烷 · pentafluoroethane

常见问题

五氟乙烷 的 CAS 号是多少?

五氟乙烷 的 CAS 登记号为 354-33-6。

五氟乙烷 的分子式与分子量是多少?

分子式 C2HF5,分子量 120.02。

五氟乙烷 还有哪些别名?

别名/同义词:五氟乙烷、pentafluoroethane。

五氟乙烷 的登记用途是什么?

登记用途:Uses: Used as a replacement for chlorofluorocarbons、[HSDB] Used as a refrigerant、fire extinguishing agent、plastic foam blowing agent、and solvent in special applications、[eChemPortal: SIDSUNEP]、According to the AFEAS database、more than 99% of HFC-125 produced worldwide by the reporting companies is used as a blend component for commercial refrigeration and air conditioning systems. The use as a fire-extinguishing agent in total flooding systems is another application of HFC-125. Minor applications include the use of HFC-125 in plastic foam blowing and as a solvent in special applications.、Refrigerant.、non-polymer PFAS -> Electronic Industry -> Electrical equipment、appliance、and component manufacturing、non-polymer PFAS -> Electronic Industry -> Heat transfer fluids (cooling of electrical equipment)、non-polymer PFAS -> Air conditioning -> Air conditioning、non-polymer PFAS -> Food Production Industry -> Manufacture of food products and beverages、non-polymer PFAS -> Chemical Industry -> Production of other chemicals、non-polymer PFAS -> Refrigerant systems -> Refrigerants、non-polymer PFAS -> Flame Retardants -> Flame retardants and extinguishing agents、non-polymer PFAS -> Machinery and equipment -> (Electrical) machinery and equipment、non-polymer PFAS -> Cleaning compositions -> Cleaning compositions in general、non-polymer PFAS -> Building and Construction -> General use、• Refrigerant - Heat transfer fluid [Ref: https:、www.epa.gov、chemical-data-reporting、2016-chemical-data-reporting-results]、• Foaming agent for protein fire fighting foams [Ref: CAS 2019 (CN101371944)]、• Construction [Ref: http:、www.spin2000.net、spinmyphp、• Cleaning、washing agents [Ref: http:、• Heat transfer agent [Ref: http:、• Air Conditioner、Refrigeration in Industrial gas manufacturing [Ref: https:、• Cooling agent [Ref: http:、• Functional fluids (closed systems) in electrical equipment、and component manufacturing [Ref: https:、• Refrigerant [Ref: https:、www.ashrae.org、technical-resources、standards-and-guidelines、ashrae-refrigerant-designations]、• Manufacture of food products and beverages [Ref: http:、• Machinery and equipment [Ref: http:、• Manufacture of chemicals and chemical products [Ref: http:、• Flame ratardant and fire extinguishing agent [Ref: http:、• Functional fluids (closed systems) in machinery manufacturing [Ref: https:、Industry Uses: Not Known or Reasonably Ascertainable、Refrigerants、Propellants、non-motive (blowing agents)、Energy Releasers (explosives、motive propellant)、Consumer Uses: Propellants、Not Known or Reasonably Ascertainable、Methods of Manufacturing: Higher temperatures and higher hydrogen fluoride-to-substrate ratios are necessary to achieve complete replacement of all chlorine atoms in the starting chloro compounds by fluorine. Both liquid-phase halogen exchange in the presence of catalysts、such as antimony(V) or tin(IV) chlorofluorides and vapor phase reactions using solid-phase catalysts based on chromium are employed. Preferred starting materials are chloroform for HFC 23、dichloromethane for HFC 32、and 1、1、1-trichloroethane for HFC 143a. The conversion of tetrachloroethylene to HFC 125 and trichloroethylene to HFC 134a involves initial HF-addition across the double bond followed by a series of chlorine-fluorine exchange reactions.、Fluorination of 2、2-dichloro-1、1-trifluoroethane (HCFC-123) is employed to manufacture 2-chloro-1、2-tetrafluoroethane (HCFC-124)、which in turn is fluorinated to 1、2、2-pentafluoroethane (HFC-125).、Consumption Patterns: Refrigerants、39%、foam blowing agents、17%、solvents、14%、fluoropolymers、sterilant gas、2%、aerosol propellants、food freezant、1%、other、8%、exports、3% (1985)、fluorocarbons、U.S. Production: 2023: 70、000、000 - <85、000 lb、2022: 70、2021: 100、000 - <250、2020: 85、000 - <100、Non-confidential 2012 Chemical Data Reporting (CDR) information on the production and use of chemicals manufactured or imported into the United States. Chemical: Ethane、2-pentafluoro-. National Production Volume: 83、324、535 lb、yr.、General Manufacturing Information: All Other Basic Inorganic Chemical Manufacturing、Electrical Equipment、Appliance、and Component Manufacturing、All Other Chemical Product and Preparation Manufacturing、Industrial Gas Manufacturing、Other (requires additional information)、Miscellaneous Manufacturing、Machinery Manufacturing、Ethane、2-pentafluoro-: ACTIVE。

PubChem 公开数据

五氟乙烷(CAS 354-33-6)的独立参考数据,整理自公开化学数据库。

各数据库的登记标识

CAS Registry Number354-33-6
PubChem CID9633
Molecular formulaC2HF5
IUPAC name1,1,1,2,2-pentafluoroethane
UNII (FDA)6TQ8593LRQ

计算分子描述符

Molecular Weight120.02
XLogP32.2
Hydrogen Bond Donor Count0
Hydrogen Bond Acceptor Count5
Rotatable Bond Count0
Exact Mass119.99984084
Monoisotopic Mass119.99984084
Topological Polar Surface Area0
Heavy Atom Count7

在册的理化数值

Boiling Point-48.1 °C
Melting Point-100.6 °C
Vapor Pressure9501 mm Hg at 25 °C
LogP1.45

在册的记载用途

    Used as a replacement for chlorofluorocarbons; [HSDB] Used as a refrigerant, fire extinguishing agent, plastic foam blowing agent, and solvent in special applications; [eChemPortal: SIDSUNEP]According to the AFEAS database, more than 99% of HFC-125 produced worldwide by the reporting companies is used as a blend component for commercial refrigeration and air conditioning systems. The use as a fire-extinguishing agent in total flooding systems is another application of HFC-125. Minor applications include the use of HFC-125 in plastic foam blowing and as a solvent in special applications.

    同义词与商品名

    PENTAFLUOROETHANE; 354-33-6; 1,1,1,2,2-Pentafluoroethane; Ethane, pentafluoro-; HFC-125; 1,1,2,2,2-Pentafluoroethane; Khladon 125; Fron 125; Freon 125; HCFC 125; Ethane, 1,1,1,2,2-pentafluoro-; FC 125; 6TQ8593LRQ; R 125; RefChem:859807; 206-557-8

    GHS 危害分类

    Reported hazard statementsH280 (100%)

    H280 (100%): Contains gas under pressure; may explode if heated [Warning Gases under pressure]

    P410+P403</a, and a href=" (click each P-code to see the statement)

    公开数据库对它的描述

    pentafluoroethane · CAS 354-33-6 · C2HF5. UNII 6TQ8593LRQ. Boiling Point: -48.1 °C; Melting Point: -100.6 °C; Vapor Pressure: 9501 mm Hg at 25 °C.

    物理形态与操作说明

    数据来源:PubChem / Wikidata;与随货 COA 不一致时以 COA 为准。

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