Key Specifications
This R32 refrigerant cylinder is designed for compatible air conditioning and refrigeration systems specifically engineered for R32 service and maintenance.
Chemical name: Difluoromethane
Chemical formula: CH2F2
Molecular weight: 52.02
Boiling point: -51.6°C
Liquid density at 25°C: 961 kg/m³
Critical temperature: 78.1°C
Critical pressure: 5.782 MPa abs
Safety class: A2L, mildly flammable
GWP (AR4): 675
ODP: 0
Typical applications: New small A/C systems and equipment designed for R-32
Approx. cylinder size: 16.5 in height × 9.8 in width
Mouth width: 6.3 in
Net weight: 20.9 lbs (9.5 kg)
Product Features
Pressure-Resistant Cylinder: The cylinder is built with a pressure-resistant structure to support stable handling during transportation, storage, and routine service use. This design helps reduce the risk of deformation caused by external pressure.
Corrugated Outer Box: A corrugated outer box provides extra protection during shipping and warehousing. It helps reduce scratches, dents, and other surface damage while the product is being moved or stacked.
Protective Packaging: Leak-resistant and crush-resistant packaging gives the cylinder added protection in transit. This helps the product arrive in better condition and lowers the risk of avoidable shipping damage.
20.9 lb Net Weight: Net weight 20.9 lbs (9.5 kg), suitable for compatible existing systems that require R32 for service and maintenance.
Self-Sealing Valve: The self-sealing valve design supports safer storage and easier handling. It helps reduce the chance of unintended leakage during storage or service preparation.
Protective Top Collar: The top collar helps shield the valve area from impact during movement and storage, making the cylinder easier to handle and better protected overall.
Usage Scenarios
Air Conditioners: R32 is commonly used in compatible residential and light commercial air conditioners specifically designed for R32. It is widely used in newer systems where the equipment, controls, and operating conditions are matched to this refrigerant.
Inverter AC Systems: R32 may also be used in compatible inverter air-conditioning systems, including modern split-type equipment designed for R32 operation. In these applications, it is used in systems approved for R32 service and maintenance.
Heat Pump Applications: In compatible heat pump systems, R32 is often used where efficient heating and cooling performance is required in equipment engineered for this refrigerant. Because R32 is classified as A2L, proper handling and approved service procedures are important.
These are common examples of where R32 may be used. Actual use depends on system design, equipment approval, refrigerant compatibility, and applicable safety requirements. Buyers should always confirm that their equipment is specifically designed for R32 before purchase or use.
Professional Use
R32 is commonly used in professional service work for modern air conditioning and cooling systems that were specifically designed for this refrigerant. In many new systems still in operation, it is a standard option when regular servicing, inspection, or system upkeep is required.
In actual service scenarios, R32 is typically handled during maintenance, repair work, and refrigerant-related procedures on compatible equipment approved for R32. This is most common in newer systems designed around R32 from the beginning, rather than older units originally built for other refrigerants.
Because R32 is classified as A2L, proper handling during service is important. Using correct tools, following approved procedures, and confirming equipment requirements before work begins can help support safer servicing and more dependable operation.
This product is generally intended for use in equipment specifically designed for R32 and is typically handled by qualified technicians. Buyers should always confirm system requirements, refrigerant compatibility, and applicable safety practices before purchase or use.