Condensing Heat Exchanger

Name: Condensing Heat Exchanger
Brand: SUNRISE PROCESS EQUIPMENTS PRIVATE LIMITED
Price: 100000 INR
Availability: InStock

Price 100000 INR/ Unit

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MOQ : 1 Unit

Condensing Heat Exchanger Specification

Diameter
250 mm

Max Pressure
1.8 MPa

Temperature
5C to 130C

Air Volume
2300 m/h

Max. Capacity
100 kW

Thickness
4 mm

Condition
New

Structure
Tube and Shell Type

Liquid Flow Rate
3.8 m/h

Voltage
220 V

Power
2.2 kW

Weight
85 kg

Dimensions
1500 x 500 x 420 mm

Condensing Heat Exchanger Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
2 Units Per Month

Delivery Time
4-8 Week

About Condensing Heat Exchanger

Condensing Heat Exchanger

Our endeavor to internationally launch the finest grade Condensing Heat Exchanger is largely fueled by our experience of over more than 25 years in engineering standard chemical equipment for the industry. Extensively used for usage in refrigeration, petrochemical plants, petroleum refineries, natural gas processing and space heating applications, these condensers are engineered with TIG welding and mirror in stringent compliance with SS304 and SS316 parameters of quality. This Condensing Heat Exchanger is made available in a spectrum of forms and types to facilitate the methodical heat transfers from one medium to another, often separated by a wall, the surface area of which is optimally expanded, if not in direct contact.

Products Features:

A dull buffing finish
Low maintenance
Energy efficiency
A pale buffing finish
Optimum energy efficiency
Trouble-free operation
Hitch-free operation

Efficient Tube and Shell Construction

Featuring a tube and shell structure, this condensing heat exchanger maximizes thermal transfer, making it ideal for demanding industrial uses. With strong materials and a thickness of 4 mm, it ensures durability and reliable performance over a temperature range from 5C to 130C.

High Performance and Versatility

Delivering up to 100 kW of capacity, the heat exchanger facilitates substantial liquid and air flow rates for optimized energy exchange. Compact dimensions (1500 x 500 x 420 mm) allow easy installation in diverse environments, supported by its 85 kg stable weight.

Trusted Indian Manufacturer and Exporter

Produced in India by experienced manufacturers and suppliers, this heat exchanger meets stringent export standards. It is tailored for industrial clients seeking robust solutions for high-pressure, high-capacity thermal management processes.

FAQs of Condensing Heat Exchanger:

Q: How does the tube and shell structure improve the efficiency of this condensing heat exchanger?

A: The tube and shell design enables effective heat transfer between fluids, optimizing condensation and thermal management. Its 4 mm thick shell provides durability and consistent performance for various industrial applications.

Q: What process is ideal for using this heat exchangers max capacity of 100 kW?

A: This heat exchanger suits processes requiring substantial energy exchange, such as chemical production, HVAC, and large-scale refrigeration, where high flow rates and reliable condensation are critical.

Q: When should you opt for a condensing heat exchanger with these specifications?

A: Choose this heat exchanger when your operation demands thermal transfers at temperatures between 5C and 130C, pressures up to 1.8 MPa, and needs robust durability for continuous usage.

Q: Where is this heat exchanger typically installed within industrial facilities?

A: It is commonly positioned within process plants, HVAC systems, and cooling circuits where substantial liquid and air flow rates, along with compact design, are needed for efficient thermal performance.

Q: What are the benefits of sourcing this product from an Indian exporter and manufacturer?

A: Sourcing from Indian exporters and manufacturers ensures adherence to global quality standards, competitive pricing, reliable after-sales support, and localized expertise for a range of industrial needs.

Q: How is the heat exchanger maintained for optimal performance?

A: Regular inspection of the tubes, cleaning to prevent scale buildup, and monitoring for pressure integrity help maintain high efficiency and extend the operational lifespan of the system.

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