Frick India Limited
Frick India Limited
Frick India’s Industrial Refrigeration Solutions specialises in meeting all refrigeration needs. With our 60 years of experience in the cooling industry, we can hire, manufacture, install, service, and maintain any system as per industry requirements.
Our low-charge ammonia refrigeration system works by using traditional industrial ammonia refrigeration technology and further optimising it with low-charge components, such as specifically designed evaporators, controls, heat exchangers, compressors, and condensers.
This system uses less than 6,053 lbs (2,746 kg) of ammonia and therefore requires fewer vessels, fewer pipes, smaller pipe diameters, and no pumps. Nevertheless, it still needs a machine room.
It eliminates huge quantities of ammonia inventory and piping by moving to smaller, self-contained systems that are usually placed on the roof or ground outside, preventing any danger from leaks. These self-contained systems have about 1 lbs/TR ammonia charge and usually combine the compressor, evaporator valve system, and control systems into one easily installed and movable packaged system.
The design of the Frick India Falling Film Chiller incorporates a stainless steel water distribution tray, a pillow plate bank, an outer casing, and polycarbonate doors for convenient handling in a compact structure. It includes high-density PUF-insulated chilled water tanks with thickness options from 50 mm to 100 mm. The panel doors are characterised by high light transmission, strong cold resistance, and UV protection on both sides, ensuring they are eco-friendly and provide excellent sound insulation.
Frick India has an ingenious design made entirely of Stainless Steel, which offers superior corrosion resistance, high mechanical strength, excellent durability, and good thermal conductivity. The axial fans are directly driven by a motor with IP 55 protection. Our condensers are available in a nominal range of 50 kW to 750 kW of heat rejection capacity for a single unit at 28⁰C WBT & 38⁰C SDT. The condensers are specially designed to meet fluctuating and seasonal loads. They are used with all common refrigerants for normally wet or dry operation at low ambient temperatures. They can be installed on any new or existing system. The coils are designed for low pressure drops and good refrigeration drainage..
Frick India ammonia vapour absorption machine can utilise various heat sources like steam, hot water, fuel, and exhaust. These machines are used for serving the negative chilling demand (below 0ºC) and can achieve chilled brine temperatures as low as -25ºC. The capacity of these machines ranges from 50 to 400 TR for standard packaged units and up to 1000 TR for custom-built design units.
The workings of the ammonia-water absorption refrigeration system are based on the simple vapor absorption refrigeration system. In this system, ammonia is used as the refrigerant and water is used as the absorbent.
The ammonia-water absorption system is used in industrial applications where the temperature requirement is below 0ºC for better COP.
The major advantage of the ammonia-water solution is that water has a strong affinity for ammonia, and they are soluble with each other in a wide range of operating conditions that occur in different refrigeration applications.
As a leader in the industrial refrigeration sector, Frick India offers seven different models of double-contact horizontal plate freezers. We also provide custom-built aluminium freezing pans for the plate freezers in order to provide uniform freezing of foods. Foods like shrimp, fish, squid, meat, vegetables, fruits, etc. can be preserved in our freezing pans for uniform freezing and to extend their shelf life.
Frick India Air Purgering Solution helps in maintaining optimum refrigeration capacity and system efficiency, allowing professionals to achieve maximum system performance. Its design and function have led to savings in energy, time, and money.
Frick India ammonia purifier operates as a self-regulating still to remove water, oil, and other impurities from the ammonia system. Its unique self-regulating capability allowed the unit to run indefinitely without draining the accumulated impurities until a time that is convenient for the operator.
