High Purity Refrigerant Gas R134A, R32, R404A ISO Tank

Quality index(CRAA 100-2006)Purity, % £99.5Moisture, % S0.0010Acidity, % S0.0001Evaporated residue, % 50.01Appearance Colorless and clearOdor OdorlessPacking specification: Disposaole steel cylinder 25lb/11.3kg; recoveraole steelcylinder 400L. 926L; iSO-tankUses: As refrigerant fluid replacing of R502

Purity and Quality Control: High purity refrigerant gases are manufactured and stored under stringent quality control measures, ensuring that the gas is free from impurities, contaminants, or unwanted byproducts. This purity is essential for the optimal performance and efficiency of refrigeration systems.2. Efficient Heat Transfer High purity refrigerart gases facilitate efficient heat transfer in cooling systems. Impurities and contaminants can hinder heat transfer, leading to reduced system efficiency and increased energy consumption.3. Environmental Compliance: Many high purity refrigerant gases comply with environmental regulations, especially those related to ozone layer protection and glooal warming potential. They are designed to have minimal or no impact on the environment, making them environmental^ friendly choices.Energy Efficiency: Using high purity refrigerants contrioutes to the overall energy

A 40ft ISO tank for refrigerant gases such as R134a, R22. R32. R507a. and mixed refrigerants is a specialized shipping container designed to transport ard store refrigerants in a safe and efficient manner. These SO tanks adhere to international standards set by the International Organization for Standardization (ISO). The size, construction, and features of a 40ft ISO tank vary depending on the specific refrigerants oeing transported.Key Specifications and Features of a 40ft ISO Tank for Refrigerant Cases:1. Size and Dimensions: Length: Approximately 40 feet (12.2 meters) Width: Standard ISO container width Height: Standard SO container height2. Material: Constructed using durable and corrosion-resistant materials, typically stainless steel, to ensure the safe transport and storage of refrigerants.3. Capacity:

Chemical formula HFC-32/HFC-125Molecular weight 72.58Boiling point 101.3kp3, aC -S1.6Freezing point 101.3kpa. ‘C -96.6Critical temperature, aC 72.5Critical pressure, MPa -1.95Saturated liquid density (254C), g/m3 1.78Specific heat(25I'Cliquid). KJ/kgk 1.42Critical density, g/cm3 0.512Vaporization heat at boiling point, KJ/kg 215.0Water Solubility{25°C|, VJ% 0.15ODP 0CWP 0.2