Found 90 Products For "99 99 r22 refrigerant odorless"

Qualité Le gaz réfrigérant R134A remplace le gaz réfrigérant R22 Usine

Le gaz réfrigérant R134A remplace le gaz réfrigérant R22

Refrigerant Gas R134A Replace for R22 Made in China Product Description Index Quality Performance Appearance Colorless & No turbid Purity %≥ 99.9% Moisture %≤ 0.001 Acidity (as HCl)%≤ 0.0001 Evaporation residue %≤ 0.01 Chlorides(Cl-) test %≤ 0.0003 No condensable gas (V/V) %≤ 1.0 Packaging Details: ...

Qualité 99.9% CH2f2 HFC R32 Réfrigérant 13.6kg Réfrigérant Inflammable Usine

99.9% CH2f2 HFC R32 Réfrigérant 13.6kg Réfrigérant Inflammable

99.9% CH2f2 Gas Refrigerante R32 Price Product Description Packing, Payment, and Delivery Packing 1 disposable cylinder, neutral graphic design packing Loading 1150 cylinders/20ft container Payment TT, L/C at sight, Paypal, Western Union, etc. Delivery within 20 days after receipt of deposit and ...

Qualité R507 réfrigérant 99,6% pureté CH2FCF3 gaz R507A incolore Usine

R507 réfrigérant 99,6% pureté CH2FCF3 gaz R507A incolore

R507 Refrigerant Gas Factory Direct Sale 99.6% Purity Product Description Item R134a R410A R404A R507 Molecular formula CH2FCF3 -- -- -- Molecular weight 102.03 72.58 97.60 98.86 Boiling point 101.3KPa (ºC) -26.10 -51.53 -46.60 -47.10 Freezing point 101.3KPa (ºC) -96.60 -- -- -- Density 30ºC (kg/m3) ...

Qualité Gaz Cool R507A Réfrigérant 11,3 KG Cylindre jetable de réfrigérant R507 Usine

Gaz Cool R507A Réfrigérant 11,3 KG Cylindre jetable de réfrigérant R507

China Safe and Reliable Cool Gas R507 Price Chengdu Henbin Refrigeration Technology Co., Ltd. is a large modern chemical enterprise specializing in manufacturing, researching and exporting high purity fluoro-chemicals, fine chemicals, hydrocarbon chemicals, etc. Its headquarter locates in Sichuan ...

Qualité Cyl 11,3 kg R507A réfrigérant à usage unique CAS 420-46-2 industriel Usine

Cyl 11,3 kg R507A réfrigérant à usage unique CAS 420-46-2 industriel

Regrigerant Gas R507 Disposable Cyl 11.3kg Best Price Product Description Item R134a R410A R404A R507 Molecular formula CH2FCF3 -- -- -- Molecular weight 102.03 72.58 97.60 98.86 Boiling point 101.3KPa (ºC) -26.10 -51.53 -46.60 -47.10 Freezing point 101.3KPa (ºC) -96.60 -- -- -- Density 30ºC (kg/m3) ...

Qualité 11.3 kg cylindre jetable de réfrigérant 407C pour climatiseur Usine

11.3 kg cylindre jetable de réfrigérant 407C pour climatiseur

Best Price Air-Conditioner Gas R407c Product Description Physical properties Model NO. R407c Chemical formula CH2F2/CHF2CF3/CF3CH2F Molecular weight 86.2 Boiling point 101.3 KPa(ºC) -43.8 Freezing point 101.3 KPa(ºC) - Density 30ºC( kg/m3) 1129.30 Critical temperature(ºC) 86.74 Critical pressure(MPa...

Qualité Incolore 11,3 kg R407c Bottes de gaz réfrigérant gaz réfrigérant 407c Usine

Incolore 11,3 kg R407c Bottes de gaz réfrigérant gaz réfrigérant 407c

Best Price 11.3kg R407c Refrigerant Gas in Can Product Description Disposable Cylinder Refregerant Gas R407C Physical Property: Molecular weight 86.2 Boiling point, ºC -43.8 Critical Temperature, ºC 86.74 Critical pressure, Mpa 4.619 Liquid specific heat, 30ºC, [KJ/(kg·ºC)] 1.51 ODP 0 GWP 1700 ...

Qualité CH2F2 CHF2CF3 CF3CH2F HFC R407C réfrigérant pour la climatisation Usine

CH2F2 CHF2CF3 CF3CH2F HFC R407C réfrigérant pour la climatisation

Refrigerant Gas R407c Hfc Heating Air Conditioning Product Description Physical properties Model NO. R407c Chemical formula CH2F2/CHF2CF3/CF3CH2F Molecular weight 86.2 Boiling point 101.3 KPa(ºC) -43.8 Freezing point 101.3 KPa(ºC) - Density 30ºC( kg/m3) 1129.30 Critical temperature(ºC) 86.74 ...

Qualité 990,8% de pureté R404 gaz réfrigérant 1 litre de canette haute pression Usine

990,8% de pureté R404 gaz réfrigérant 1 litre de canette haute pression

99.8% 12L R404 Refrigerant Gas with Recyclable CylinderProduct DescriptionPhysical PropertyMolecular weight97.6Boiling point, ºC-46.5Critical Temperature, ºC72.1Critical pressure, Mpa3.74Liquid specific heat, 30ºC, [KJ/(kg·ºC)]0.38ODP0GWP0.388 Quality index(AHRI 700-2012)Purity, %≥99.5Moisture, %≤0...