High Purity Freon R-404A — Precision Refrigerant for Low-Temperature and Commercial Cooling Applications
High Purity Freon R-404A is a refined hydrofluorocarbon (HFC) refrigerant blend developed for commercial and industrial refrigeration systems operating at low and medium evaporation temperatures. Its controlled composition and stable thermodynamic properties make it suitable for applications where consistent cooling performance and system reliability are essential.
High Purity Freon R-404A supplied by REAL GAZ is produced and packaged under strictly controlled conditions to ensure low impurity levels and uniform blend composition. This supports dependable system operation, reduced risk of component wear, and predictable refrigeration performance in demanding environments.
⚙️ Commercial Refrigeration Systems
High Purity R-404A is widely used in supermarket refrigeration, cold rooms, display freezers, and refrigerated storage installations. It provides reliable temperature control for frozen and chilled goods across continuous operation cycles.
High Purity R-404A is widely used in supermarket refrigeration, cold rooms, display freezers, and refrigerated storage installations. It provides reliable temperature control for frozen and chilled goods across continuous operation cycles.
🏭 Industrial and Food Processing Applications
In food processing plants and industrial cooling systems, High Purity Freon R-404A supports stable low-temperature operation required for freezing, storage, and cold chain processes. Its performance characteristics enable consistent cooling under variable load conditions.
In food processing plants and industrial cooling systems, High Purity Freon R-404A supports stable low-temperature operation required for freezing, storage, and cold chain processes. Its performance characteristics enable consistent cooling under variable load conditions.
🔧 System Compatibility and Performance Stability
R-404A is compatible with refrigeration systems designed for HFC refrigerants and appropriate synthetic lubricants. High purity formulation helps maintain compressor efficiency and supports long-term system stability when correct servicing practices are applied.
R-404A is compatible with refrigeration systems designed for HFC refrigerants and appropriate synthetic lubricants. High purity formulation helps maintain compressor efficiency and supports long-term system stability when correct servicing practices are applied.
🌱 Environmental Characteristics
High Purity Freon R-404A contains no chlorine and has zero ozone depletion potential. It is used in refrigeration systems developed to meet ozone protection regulations while maintaining reliable cooling performance.
High Purity Freon R-404A contains no chlorine and has zero ozone depletion potential. It is used in refrigeration systems developed to meet ozone protection regulations while maintaining reliable cooling performance.
📦 Supply and Handling
High Purity Freon R-404A is supplied in sealed, pressure-rated cylinders suitable for safe storage, transport, and professional charging of refrigeration systems. Proper handling procedures ensure blend integrity and system efficiency.
High Purity Freon R-404A is supplied in sealed, pressure-rated cylinders suitable for safe storage, transport, and professional charging of refrigeration systems. Proper handling procedures ensure blend integrity and system efficiency.
🛡️ Quality Control and Reliability
All High Purity Freon R-404A supplied by REAL GAZ is verified to ensure composition consistency and compliance with applicable quality standards. Controlled purity supports reliable refrigeration performance and long-term operational safety.
All High Purity Freon R-404A supplied by REAL GAZ is verified to ensure composition consistency and compliance with applicable quality standards. Controlled purity supports reliable refrigeration performance and long-term operational safety.
High Purity Freon R-404A from REAL GAZ provides a dependable refrigerant solution for commercial and industrial refrigeration systems requiring precision, stability, and consistent low-temperature performance.