Metro Refrigeration Industries | Cold Storage | Dairy | Cold Chain | Meat Processing | Frozen Food

Experience precision freezing with our IQF freezer system, ensuring quality and texture in individually quick frozen foods. What is Individual Quick Freezing IQF ? The Individual Quick Freezing (IQF) process is an advanced method that freezes food items individually, preventing clumping and preserving quality. By leveraging industrial ammonia refrigeration and precision-engineered equipment, Metro Refrigeration Industries delivers freezing solutions that cater to a wide range of products, including fruits, vegetables, seafood, meat, and dairy. Preserve seafood with our instant quick freezing technique, ensuring texture and flavor retention. How Does Metro Refrigeration’s IQF Equipment Work? Our IQF freezing technology utilizes ammonia-based refrigeration systems for rapid and energy-efficient cooling. Here’s how our equipment optimizes the individual quick freezing process : Product Preparation : Foods such as peas, berries, chicken fillets, or dairy items are prepped for freezi...

Ammonia valves  are the backbone of  industrial refrigeration systems , ensuring safe, precise, and efficient control of ammonia flow. These valves are indispensable for industries like cold storage, food processing, pharmaceuticals, and chemical manufacturing, where ammonia’s superior thermodynamic properties are harnessed. At  Metro Refrigeration Industries , we engineer high-quality  ammonia valves  designed to meet the demands of  modern industrial applications . This blog covers ammonia valves’ working principles, features, types, applications, and why  Metro Refrigeration Industries  is the trusted name for ammonia refrigeration system solutions. Metro Refrigeration’s ammonia valves ensure safe and efficient operation of ammonia refrigeration systems, providing precise flow regulation. The Working Principle of Ammonia Valves Ammonia valves regulate the flow and pressure of ammonia within a refrigeration system. Here’s how they work: Flow Co...