Refurbishment Heat Exchanger Plate

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MOQ : 25 Pieces

Refurbishment Heat Exchanger Plate Specification

Max. Capacity
250 kW

Thickness
0.6 mm

Max Pressure
16 Bar

Diameter
250 mm

Temperature
Up to 180C

Condition
Refurbished

Structure
Plate

Liquid Flow Rate
50-200 m/h

Weight
12 kg

Dimensions
750 mm x 350 mm

Heat Transfer Area
1.2 m²

Material
Stainless Steel (SS316/SS304)

Cleaning Method
CIP Compatible

Surface Finish
Polished

Application
Industrial HVAC, Chemical Processing

Working Pressure
Up to 10 Bar

Plate Type
Corrugated

Gasket Material
EPDM/Silicone

Refurbishment Heat Exchanger Plate Trade Information

Minimum Order Quantity
25 Pieces

FOB Port
Vadodara , Gujarat

Supply Ability
300 Pieces Per Day

Delivery Time
2-3 Days

Sample Available
Yes

Packaging Details
As per products

Main Domestic Market
All India

About Refurbishment Heat Exchanger Plate

To provide utmost satisfaction to our clients, we have been engrossed in manufacturing and supplying supreme grade Refurbishment Plate. This plate is manufactured using quality approved components by our experienced professionals at modern production unit. Offered plate is highly cherished among clients owing to its robust construction and optimum strength. Finding application in heat exchangers, provided plate is well suited to be used to transfer heat between two fluids. Apart from this, clients can purchase offered Refurbishment Plate from us in various specifications as per their requirements.

Key Points:

Corrosion resistant surface
User-friendly design
Trouble free functionality

Optimized Heat Transfer Efficiency

With a corrugated plate structure, this heat exchanger maximizes turbulence for superior heat transfer performance. The generous 1.2 m area ensures effective thermal exchange, supporting applications in industrial HVAC and chemical processes. Refurbished under strict standards, it maintains reliability and robust output.

Safe and Reliable Operation

Manufactured from SS316/SS304 stainless steel, the plate handles up to 16 Bar pressure and 180C temperatures. Premium EPDM or Silicone gaskets enhance durability and safeguard against leaks. The polished finish aids hygiene and corrosion resistance, and the refurbished condition guarantees cost-effective service life.

FAQs of Refurbishment Heat Exchanger Plate:

Q: How is the refurbished heat exchanger plate cleaned and maintained?

A: The plate is compatible with CIP (Clean-In-Place) cleaning methods, allowing users to efficiently maintain hygiene without dismantling the system. Routine cleaning ensures optimal heat transfer and extends service life.

Q: What benefits does the corrugated plate design offer in industrial usage?

A: Corrugated plates enhance turbulence and surface area, resulting in higher heat transfer efficiency. This design is especially effective for demanding industrial HVAC or chemical processing applications, supporting continuous and reliable operation.

Q: When is it appropriate to utilize a refurbished heat exchanger plate versus a new one?

A: Refurbished plates are ideal when seeking reliable performance at reduced cost, provided they meet stringent refurbishment standards. They are suited for projects requiring rapid deployment without compromising quality or capacity.

Q: Where can this heat exchanger plate be sourced in India?

A: These plates are available through distributors, exporters, importers, manufacturers, suppliers, traders, wholesalers, and service providers across India, ensuring broad accessibility for industrial clients.

Q: What is the process for refurbishing the heat exchanger plate?

A: Refurbishment involves thorough inspection, cleaning, re-polishing, and replacement of gaskets and any compromised components. The process assures that plates reach performance standards comparable to new units.

Q: How does the gasket material impact operational safety?

A: EPDM and Silicone gaskets deliver reliable sealing under high temperatures and variable pressures. Their robust chemical resistance prevents leaks and maintains operational safety during intensive industrial processes.

Q: What usage parameters should be considered for efficient operation?

A: Ensure the plate operates within the recommended pressure (up to 10 Bar working, 16 Bar maximum), temperature (up to 180C), liquid flow rate (50200 m/h), and capacity (up to 250 kW) to maintain efficiency and avoid premature wear.

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