walk in cooler screw parallel unit online manufacture

Product Description: For high-temperature applications, the evaporating temperature range is 12.5C to -10C. The compressor motor has a nominal power ranging from 60HP to 600HP. For intermediate-temperature ... Read More

Product Description: Refrigeration Compressors: Good Quality and Reliable Performance Products Features Our refrigeration compressors are constructed using semi-hermetic technology, which ensures a reliable ... Read More

Product Description: Our refrigeration compressors are designed to provide high-quality and reliable performance. We have utilized semi-hermetic compressors to ensure their durability and longevity. Multi-Semi... Read More

Product Description:Refrigeration Compressors with Good Quality and Reliable PerformanceWe utilize semi-hermetic refrigeration compressors that offer excellent quality and reliable performance.Integrated ... Read More

Industry Professional and Affordable Condensing Unit Parts for Walk in Cooler Product Description: Temperature This product offers a temperature range from 0 to 10 and -15 to -25 . Depending on your requirement... Read More

Product Description:Our refrigeration compressors are of the semi-hermetic type, which ensures their good quality and reliable performance.The unique feature of our products is the use of multiple semi-hermetic ... Read More

Product Description: The compressor systems are categorized into three types depending on the evaporating temperature and nominal power. The three types of compressor systems are high-temperature type, ... Read More

Product Description: The refrigeration industry has divided refrigeration systems into three categories based on evaporating temperature and compressor motor power: High-temperature, Intermediate-temperature, ... Read More

Low-Temperature Type Condensing Unit for Evaporating Temperature of -35 deg C--45 deg C Product Description Temperature: -5~-5Cand -25~-40 C Horsepower: 50HP ~ 375HP Compressor type: Semi-hermetic screw Cooling ... Read More