Refrigerant Gas – Essential for Efficient Coolin

Refrigerant gas is a crucial component in air conditioning, refrigeration, and HVAC systems, enabling efficient heat transfer to maintain optimal cooling performance. Whether for residential, commercial, or industrial applications, choosing the right refrigerant gas ensures energy efficiency, environmental compliance, and system longevity.

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HCFCS REFRIGERANT GAS R141B
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HCFCS REFRIGERANT GAS R141B

PHYSICAL PROPERTY Molecular Formular: CH3CCI2F Component: Dichlorofluoroethane Molecular Weight: 116.9 Boiling Point℃: 32.05 Critical Temperature℃: 204.15 Critical Pressure Mpa: 4.25
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HCFCS REFRIGERANT GAS R142B
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HCFCS REFRIGERANT GAS R142B

PHYSICAL PROPERTY Molecular Formular: CH3CCIF2 Component: Chlorodifluoroethane Molecular Weight : 100.5 Boiling Point℃: -9 Critical Temperature℃: 136.45 Critical Pressure Mpa:
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HCFCS REFRIGERANT GAS R22
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HCFCS REFRIGERANT GAS R22

PHYSICAL PROPERTY Molecular Formula: CHCIF2 Component: Chlorodifluoromethane Molecular Weight: 86.50 Boiling Point: -40.8℃ Critical Temperature: 96.0℃ Critical Pressure: 4.99Mpa GWP:
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HCS REFRIGERANT GAS R290
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HCS REFRIGERANT GAS R290

PHYSICAL PROPERTY Molecular Formula: CH3CH2CH3 Molecular Weight: 44.096 Boiling Point℃: -42.114 Critical Temperature℃: 96.74 Critical Pressure Mpa: 4.251 Critical Density:
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HCS REFRIGERANT GAS R600A
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HCS REFRIGERANT GAS R600A

PHYSICAL PROPERTY Molecular Formula: CH(CH3)3 Component: Isobutane Molecular Weight : 58.12 Boiling Point℃: -11.75 Critical Temperature℃: 134.71 Critical Pressure Mpa:
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HFCS REFRIGERANT GAS NOVEC1230
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HFCS REFRIGERANT GAS NOVEC1230

HFCS REFRIGERANT GAS NOVEC1230 Physical Characteristics Molecular formula: C6F12O Molecular weight: 316.04 Boiling point: 49 ℃ Critical temperature: -108 Density:
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HFCS REFRIGERANT GAS R125
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HFCS REFRIGERANT GAS R125

PHYSICAL PROPERTY Molecular Formula: CHF2CF3 Component: Pentafluoroethane Molecular Weight: 120.0 Boiling Point℃ : -48.1 Critical Temperature℃: 66.05 Critical Pressure Mpa:
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HFCS REFRIGERANT GAS R134A
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HFCS REFRIGERANT GAS R134A

  • PHYSICAL PROPERTY

    Molecular Formula: CH2FCF3 Component: Tetrafluoroethane Molecular Weight: 102.03 Boiling Point℃:  -26.05 Critical Temperature℃: 101.1 Critical Pressure Mpa: 4.06 GWP: 1300 ODP: 0

  • QUALITY INDEX

    Purity:≧99.9％ Moisture PPM: ≦10 Acidity PPM: ≦1 Vapor Residue PPM :≦100 Appearance: Colorless, No Turbid Odor: Odorless

  • PACKING

    Refrigerant Can: 160g-1000g Disposable Cylinder 30LB/13.6kg, 50LB/22.7kg Refillable Cylinder:12L/12kg,60L/60kg Ton Cylinder:400L, 800L, 926L,1000L ISO-TANK
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HFCS REFRIGERANT GAS R143A
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HFCS REFRIGERANT GAS R143A

PHYSICAL PROPERTY Molecular Formula: CHF2CF3 Component: 1,1,1-trifluoroethane Molecular Weight: 84.04 Boiling Point℃: -47.75 Critical Temperature℃: 73.15 Critical Pressure Mpa: 3.761
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HFCS REFRIGERANT GAS R152A
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HFCS REFRIGERANT GAS R152A

PHYSICAL PROPERTY Molecular Formula: CH3CHF2 Component: Difluoroethane Molecular Weight: 66.05 Boiling Point℃ : -24.02 Critical Temperature℃: 113.26 Critical Pressure Mpa:
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HFCS REFRIGERANT GAS R227EA
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HFCS REFRIGERANT GAS R227EA

PHYSICAL PROPERTY Molecular Formula: CF3CHFCF3 Component: Heptafluoropropane Molecular Weight: 170.03 Boiling Point℃: -16.34 Critical Temperature℃: 101.75 Critical Pressure Mpa :
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HFCS REFRIGERANT GAS R236FA
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HFCS REFRIGERANT GAS R236FA

PHYSICAL PROPERTY Molecular Formula: CF3CH2CF3 Component: Hexafluoropropane Molecular Weight: 152.03 Boiling Point℃: -1.4 Critical Temperature℃: 124.9 Critical Pressure,Mpa: 3.2 GWP:
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