Spiral Heat Exchanger

Name: Spiral Heat Exchanger
Brand: PLATEX INDIA
Price: 10000 INR
Availability: InStock

Price 10000 INR/ Unit

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MOQ : 10 Units

Spiral Heat Exchanger Specification

Temperature
High-temperature

Condition
New

Usage
Industrial

Structure
Plate Heat Exchanger

Size
Standard

Voltage
220 Volt (v)

Color
Grey

Spiral Heat Exchanger Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash Advance (CA)

Supply Ability
500 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Spiral Heat Exchanger

A Spiral Heat Exchanger is a specialized heat exchanger that transfers heat between two fluids using a spiral-shaped flow channel. It is designed for efficient heat transfer, especially in applications involving viscous, fouling, or slurry-type fluids.

Since our establishment, Platex India has been offering high-quality Spiral Heat Exchangers with a strong assurance of performance, durability, and reliability.

The exchanger consists of spiral-wound metal channels formed around a central axis. One fluid flows through one spiral channel.The second fluid flows through the adjacent spiral channel in counter direction. Heat is transferred through the metal wall separating the channels.

The Platex India Spiral Heat Exchanger is a highly efficient and reliable solution for demanding heat transfer applications. Its unique spiral design ensures continuous flow, reduced fouling, and superior performance, making it ideal for challenging industrial processes.

High-Temperature Performance

Designed for demanding industrial environments, the spiral heat exchanger is built to withstand elevated temperatures, ensuring longevity and operational efficiency. Its robust plate structure minimizes maintenance while supporting continuous processes where temperature control is essential.

Versatile Industrial Applications

This heat exchanger is suitable for a wide range of industries including chemical, pharmaceutical, food processing, and more. With its standard size and compatibility with 220 Volt systems, installation and integration into existing setups are straightforward, offering flexibility for various operational needs.

FAQ's of Spiral Heat Exchanger:

Q: How does a spiral plate heat exchanger work in industrial settings?

A: A spiral plate heat exchanger works by facilitating efficient heat transfer between two fluids flowing in a spiral pathway, separated by metal plates. This design minimizes fouling and handles high-temperature operations, making it well-suited for rigorous industrial processes.

Q: What are the key benefits of using a spiral heat exchanger with plate structure?

A: The spiral heat exchanger offers compact design, excellent thermal efficiency, resistance to high temperatures, and reduced clogging. Its plate structure allows easy cleaning and maintenance, resulting in lower operational costs and improved system longevity.

Q: When should I use a spiral heat exchanger in my industrial processes?

A: Spiral heat exchangers are ideal when dealing with high-temperature fluids, viscous substances, or applications prone to fouling, such as in chemical, petrochemical, or food processing industries. They deliver reliable performance under continuous, demanding conditions.

Q: Where can I purchase or source spiral heat exchangers in India?

A: You can acquire spiral heat exchangers through various channels in India, including manufacturers, exporters, distributors, suppliers, traders, wholesalers, and service providers specializing in industrial equipment.

Q: What is the installation process for a new spiral heat exchanger?

A: Installation involves connecting the unit to your existing system using the standard fittings and ensuring compatibility with a 220 Volt power supply. Professional service providers or manufacturers typically offer support and guidance for seamless integration.

Q: How can this product improve efficiency in high-temperature applications?

A: Its advanced spiral plate design enables superior heat transfer and minimizes pressure drops, leading to enhanced energy efficiency and reduced downtime in high-temperature industrial operations.

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