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CGMP Heat Exchanger
CGMP Heat Exchanger

CGMP Heat Exchanger

CGMP Heat Exchanger Specification

  • Condition
  • New
  • Structure
  • Cylindrical
  • Voltage
  • 220-440 V
  • Usage/Application
  • Industrial
  • Tube Type
  • Corrugated/plain tubes
  • Installation
  • Floor-mounted
  • Frame Type
  • Rectangular shell design
  • Material Grade
  • SS 304, SS 306 etc
  • Heat Transfer Mode
  • Indirect
  • Material
  • Stainless Steel
  • Surface Finish
  • Polished
  • Maintenance
  • Easy cleanable plates
  • Power Source
  • Electric
 
 

About CGMP Heat Exchanger

We are a noteworthy manufacturer of CGMP Heat Exchanger in the market. It is a high-quality shell-and-tube heat exchanger made under highest hygienic conditions at our unit. It finds application in water-for-injection (WFI) or as per the requirements of our customers. CGMP Heat Exchanger stands in sync with the ASME BPE, USP, cGMP standards.

Product details

Material Grade

SS 304, SS 306 etc

Usage/Application

Industrial

Material

Stainless Steel

Surface Finish

Polished

Voltage

220-440 V

Power Source

Electric



Polished Stainless Steel Durability

Manufactured using high-quality SS 304 and SS 306 stainless steel, the CGMP Heat Exchanger guarantees long-lasting performance and superior corrosion resistance. The polished surface not only enhances the appearance but also contributes to easier cleaning and maintenance, making it ideal for the strict requirements of industrial operations.


Advanced Indirect Heat Transfer Technology

By utilizing an indirect heat transfer mode within a rectangular shell design, this heat exchanger efficiently manages temperature control without direct fluid mixing. Corrugated or plain tube options enable tailored thermal performance, maximizing energy transfer while minimizing pressure losses throughout the process.


Hygienic and Easy Maintenance

Easy-cleanable plates and a cylindrical structure make maintenance straightforward, reducing downtime and ensuring compliance with stringent sanitary standards. The floor-mounted installation ensures stability and accessibility, streamlining the servicing process within busy industrial environments.

FAQ's of CGMP Heat Exchanger:


Q: How does the CGMP Heat Exchanger facilitate heat transfer in industrial settings?

A: The CGMP Heat Exchanger employs indirect heat transfer, utilizing corrugated or plain tubes within a robust shell. Hot and cold fluids pass through separate pathways, ensuring efficient energy exchange without mixing, which is essential for many industrial applications where fluid purity must be maintained.

Q: What benefits do polished stainless steel (SS 304/SS 306) materials provide in this heat exchanger?

A: Polished stainless steel SS 304 and SS 306 offer excellent resistance to corrosion, easy cleaning, and superior durability. The polished finish also reduces the risk of contamination, making the equipment suitable for industries with strict hygiene requirements.

Q: When is it necessary to clean and maintain the CGMP Heat Exchanger?

A: Regular cleaning and maintenance should be scheduled based on usage frequency and process demands. The easy-cleanable plate design simplifies routine upkeep, minimizing downtime and ensuring the exchanger maintains optimal thermal efficiency and complies with industrial standards.

Q: Where is this heat exchanger installed within an industrial facility?

A: The CGMP Heat Exchanger is floor-mounted, providing stability and easy access for maintenance and monitoring. Its compact, rectangular shell design allows integration into various industrial layouts without requiring excessive space.

Q: What is the process for installing the CGMP Heat Exchanger?

A: Installation involves positioning the floor-mounted cylindrical structure at the specified site, connecting it to the appropriate electric power source (220-440 V), and linking the inlet and outlet pipes for the desired fluids. Detailed installation guidance is provided for seamless setup and operation.

Q: How can users benefit from the corrugated or plain tube options in this heat exchanger?

A: Corrugated tubes enhance turbulence and heat transfer efficiency, while plain tubes suit processes needing minimal pressure drop. Users can select the tube type that best aligns with their process requirements, improving operational versatility and energy savings.

Q: What makes this heat exchanger an advantageous choice for industrial exporters, manufacturers, and suppliers in India?

A: This heat exchanger combines advanced materials, efficient heat transfer modes, compliance with hygiene standards, ease of maintenance, and reliable electrical operation, making it a preferred solution for businesses seeking quality, durability, and performance in industrial heat management.

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