Product Description
Product Description:
Backed by rich industry experiences, we are highly engaged in offering a premium quality range of
Industrial Plate Heat Exchanger. Owing to its hassle free functionality and low maintenance, the offered heat exchanger is highly acknowledged among our valued clients. the provided heat exchanger is precisely manufactured by our dexterous professionals at our production unit. Further, our clients can purchase this heat exchanger at industry leading price from us.
Applications:
- Vegetable Oil Industry for Heating / cooling of Vegetable Oil.
Features:
- Hassle free operation
- Minimum maintenance
- Long operational life
Technical Data:
- Single Section with SS clad frame having terminal connections terminating with SMS / IDF / Din / Tri Clover fittings
- Double or multi section Plate heat exchangers for carrying out Heating, cooling and Heat Regeneration in the same Liquid for multiple operation such as Pasteurization, two stage cooling of Sugar syrup as well as well ice cream Mix
- Plate Heat exchangers can also be supplied with Auto controllers for maintaining Temperatures, Pressure and flow
- Plate Heat exchangers are also supplied for generating Hot water by using steam as heating media
- Plate Heat exchangers are available in SS 304, SS316, SMO 254 with NBR, NBR HT, HNBR, EPDM, EPDM HT and Viton gaskets
- PHE with MS painted frames are also available for use in vegetable Oil Industry for Heating / cooling of Vegetable Oil
With its precision-engineered plates, this heat exchanger is designed for optimal thermal performance in industrial environments. The unique construction ensures maximum heat transfer while minimizing energy consumption, making it suitable for a wide variety of medium-temperature applications. Each unit undergoes stringent quality checks to meet industry standards, providing reliable results over an extended service life.
Versatility Across IndustriesOur plate heat exchanger is engineered to accommodate multiple industrial processes, from chemicals to food processing and beyond. Its compatibility with standard sizes and 415 Volt electrical systems makes installation and integration seamless. Whether you're upgrading or expanding operations, this versatile equipment serves as a dependable solution for modern industrial needs.
FAQ's of Industrial Plate Heat Exchanger:
Q: How does an industrial plate heat exchanger function in medium-temperature applications?
A: The plate heat exchanger operates by allowing two fluids to flow in alternate channels between a series of thin, corrugated plates. This maximizes surface contact, facilitating efficient heat transfer at medium temperatures without mixing the fluids.
Q: What are the primary benefits of using this silver-colored plate heat exchanger in industrial settings?
A: Key benefits include enhanced energy efficiency, rapid heat transfer, minimal maintenance, and compact design. Its silver finish also improves corrosion resistance, contributing to long-term durability in demanding environments.
Q: When is it ideal to utilize a plate heat exchanger with a 415 Volt power supply?
A: Utilizing a plate heat exchanger with a 415 Volt input is ideal when integrating into industrial infrastructures that commonly use high-voltage equipment, as it ensures seamless operation and compatibility with existing power systems.
Q: Where are your industrial plate heat exchangers manufactured and supplied?
A: All our plate heat exchangers are manufactured in India under rigorous quality controls. We serve as exporters and suppliers, providing reliable delivery both domestically and internationally.
Q: What is the typical process for installing a standard-size industrial plate heat exchanger?
A: Installation involves securely mounting the exchanger, connecting inlet and outlet pipelines, and integrating it with a 415 Volt power supply. Following installation, a thorough leak test and system check ensure optimal functionality before commissioning.
Q: How is this product best utilized to improve industrial operations?
A: This plate heat exchanger is best utilized for tasks requiring efficient heat recovery, such as preheating fluids, cooling hot streams, or in process heating applications-thereby reducing energy costs and improving process efficiency.
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