R-407A Virgin Refrigerant – 25 lb Cylinder | AHRI-700 Certified R-22 Replacement

R-407A Virgin Refrigerant is a high-performance HFC blend designed as a lower-GWP retrofit replacement for R-22 in low- and medium-temperature commercial refrigeration systems. It is commonly used in supermarket refrigeration, walk-in coolers, and freezer applications where dependable cooling performance and improved environmental profile are required.

Packaged in a 25 lb disposable cylinder, this 100% virgin refrigerant is manufactured to AHRI-700 purity standards, ensuring consistent quality, stable system performance, and professional-grade reliability.

Key Features

• 100% Virgin R-407A Refrigerant – Factory-sealed for maximum purity and performance.
• AHRI-700 Certified – Meets strict industry standards for refrigerant quality and consistency.
• R-22 Retrofit Solution – Designed for approved R-22 replacement applications in refrigeration systems.
• A1 Safety Classification – Non-flammable and low toxicity for safer handling.
• Lower Global Warming Potential (GWP) – Reduced environmental impact compared to R-22.
• Strong Low-Temperature Performance – Well-suited for commercial refrigeration applications.
• Zero Ozone Depletion Potential (ODP) – Chlorine-free refrigerant technology.
• 25 lb Disposable Cylinder – Ideal for service, maintenance, and retrofit work.

Ideal Applications

• Supermarket refrigeration systems
• Walk-in coolers and freezers
• Display cases
• Food storage and cold rooms
• Medium and low-temperature commercial refrigeration
• R-22 retrofit conversions (approved applications only)

Product Specifications

Why Choose R-407A?

R-407A is a widely used retrofit refrigerant for commercial refrigeration systems transitioning away from R-22. It offers reliable low-temperature performance, AHRI-700 certified purity, and A1 non-flammable safety, making it a dependable choice for supermarket and cold storage applications.

Its balance of efficiency and environmental improvement makes it a practical option for extending the life of existing refrigeration systems while reducing overall environmental impact.