Found 8 Products For "disposable cylinder r600a refrigerant"
Isobutane R600A Refrigerant Air Conditioner Cooling Gas Refilled Cylinder
R600A Isobutane Refrigerant Cool Gas Disposable Cylinder for Refrigerants Product Description Physical Property Molecular weight 58.12 Boiling point, C -11.70 Critical Temperature, C 134.71 Critical pressure, Mpa 3.64 Liquid specific heat, 30C, [KJ/(kgC)] 1.78 ODP 0 GWP 0.1 Quality index(CRAA 100-2006) Purity, % 99.6 Moisture, % 0.0010 Acidity, % 0.0001 Evaporated residue, % 0.01 Appearance Colorless and clear Odor Odorless Uses: Used in reciprocating compressor; as
Disposable Cylinder R134A Refrigerant Gas with Steel Handle
Disposable Cylinder R134A Refrigerant Gas with Steel Handle Product Description Disposable Cylinder Refregerant Gas R134A Physical Property Molecular weight 102.03 Boiling point, C -26.1 Critical Temperature, C 101.1 Critical pressure, Mpa 4.07 Liquid specific heat, 25C, [KJ/(kgC)] 1.51 ODP 0.000 GWP 0.29 Quality index(CRAA 100-2006) Purity, % 99.5 Moisture, % 0.0010 Acidity, % 0.0001 Evaporated residue, % 0.01 Appearance Colorless and clear Odor Odorless Packaging
14.3LB 6.5Kg Propane Refrigerant R290 0.1 Gwp R600A Refrigerant
Propane R290 Refrigerant Gas R600A in Cylinder Caniter Small Can Drum Product Description R600A Physical Property Molecular weight 58.12 Boiling point, C -11.70 Critical Temperature, C 134.71 Critical pressure, Mpa 3.64 Liquid specific heat, 30C, [KJ/(kgC)] 1.78 ODP 0 GWP 0.1 Quality index(CRAA 100-2006) Purity, % 99.5 Moisture, % 0.0010 Acidity, % 0.0001 Evaporated residue, % 0.01 Appearance Colorless and clear Odor Odorless Uses: Used in reciprocating compressor;
N-Butane 99.9% R600A Refrigerant Gas For Aerosol Propellant
Sell N-Butane 99.9% R600A Refrigerant Gas for Aerosol Propellant Product Description R600A Physical Property Molecular weight 58.12 Boiling point, C -11.70 Critical Temperature, C 134.71 Critical pressure, Mpa 3.64 Liquid specific heat, 30C, [KJ/(kgC)] 1.78 ODP 0 GWP 0.1 Quality index(CRAA 100-2006) Purity, % 99.5 Moisture, % 0.0010 Acidity, % 0.0001 Evaporated residue, % 0.01 Appearance Colorless and clear Odor Odorless Uses: Used in reciprocating compressor; as
99.99% Isobutane R600A Refrigerant Odorless 6.5kg R600a Refrigerant
Top Purity Isobutane Refrigerant R600A From China Product Description Molecular weight 72.58 Boiling point, C -51.6 Critical Temperature, C 72.5 Critical pressure, Mpa 4.95 Liquid specific heat, 30C, [KJ/(kgC)] 1.78 ODP 0 GWP 2000 Quality index(CRAA 100-2006) Purity, % 99.6 Moisture, % 0.0010 Acidity, % 0.0001 Evaporated residue, % 0.01 Appearance Colorless and clear Odor Odorless Let us know if you need it in Neutral Brand - See Photos Below Packaging Details:
99.6% Pure Refrigerator Refrigerant R600A Isobutane 14.3lb 6.5kg
Refrigerator Refrigerant R600A Gas Isobutane 14.3lb (6.5kg) Product Description Disposable Cylinder Refregerant Gas R600A Physical Property Molecular weight 58.12 Boiling point, C -11.70 Critical Temperature, C 134.71 Critical pressure, Mpa 3.64 Liquid specific heat, 30C, [KJ/(kgC)] 1.78 ODP 0 GWP 0.1 Quality index(CRAA 100-2006) Purity, % 99.6 Moisture, % 0.0010 Acidity, % 0.0001 Evaporated residue, % 0.01 Appearance Colorless and clear Odor Odorless Uses: Used in
14.3LB 6.5Kg Environment Protective Refrigerant AR600A Fridge Gas R600a
environment Protective Refrigerant Gas R600A with High Purity Product Description R600A Physical Property Molecular weight 58.12 Boiling point, C -11.70 Critical Temperature, C 134.71 Critical pressure, Mpa 3.64 Liquid specific heat, 30C, [KJ/(kgC)] 1.78 ODP 0 GWP 0.1 Quality index(CRAA 100-2006) Purity, % 99.5 Moisture, % 0.0010 Acidity, % 0.0001 Evaporated residue, % 0.01 Appearance Colorless and clear Odor Odorless Uses: Used in reciprocating compressor; as
Environmentally Friendly Cyclopentane Refrigerant R600A For Cooling Systems
Environmentally Friendly Cyclopentane Refrigerant R600A for Cooling Systems Product Description: As a new blowing agent for rigid polyurethane foam, cyclopentane is used to replace chlorofluorocarbons (CFCs) that have a destructive effect on the atmospheric ozone layer. It has been widely used in the production of fluorine-free refrigerators, freezers, cold storage, pipeline insulation, and other fields. With Montreal and other conventions banning and ODS deadlines approachin
