About Shell and Tube Chillers
Buy from us heavy-duty Shell and Tube Chillers designed and developed by our team of highly skilled professionals by using advanced technologies that make it free from manufacturing flaws and ensure high durability. The tubular structure results in a compact design provided with connecting flanges that makes it easier to install it with the help of mechanical fasteners. Shell and Tube Chillers offered by us can be delivered to our customers as per their demands at a reasonable and low price range. Shell and Tube Chillers Features: Multiple Refrigerant Options Available - Ammonia, R22, R404A, R407C, R134a etc. Multiple Shell Material Options Available - Mild Steel, SS304, SS316L, Cupro Nickel Multiple Tube Options Available - TATA Boiler Tubes, Seamless Boiler Tubes, SS304, SS316L, Copper, Cupro Nickel Integrally Finned Copper Tubes for Added Efficiency Designed with CAD and Heat Exchanger Softwares. Pneumatically and Hydraulically Tested Hinged Bonnet Design for Easy Maintenance Thicker Tubes Electronically Expanded Tubes for Precision 5 Years Unconditional Warranty 2 Coats of Primer and 2 Coats of Epoxy Paint to minimize Corrosion
FAQs of Shell and Tube Chillers:
Q: What is the temperature range this Shell and Tube Chiller can operate at?
A: This Shell and Tube Chiller is capable of operating at temperatures as low as -80C.
Q: What materials are used for the construction of this chiller?
A: The chiller is constructed using materials like MS (Mild Steel), SS304, SS316L, Copper, and Cupro-Nickel.
Q: What types of refrigerants are compatible with this chiller?
A: The chiller supports various refrigerants including Ammonia, R22, R404A, R407C, and R134a.
Q: Does this Shell and Tube Chiller support single-temperature applications?
A: Yes, this chiller is designed for single-temperature applications.
Q: Is this chiller suitable for industrial environments requiring corrosion resistance?
A: Yes, with options like SS304, SS316L, Copper, and Cupro-Nickel, the chiller provides excellent durability and corrosion resistance, making it suitable for industrial environments.