Heat Exchanger Perforated Plate

Heat Exchanger Perforated Plate Specification

Thickness
3 mm to 12 mm

Max. Capacity
As per heat exchanger requirements

Diameter
Up to 2000 mm or as specified

Number of Pipe
Depending on design and application

Max Pressure
16 Bar

Condition
New

Structure
Perforated plate, round or custom shapes

Liquid Flow Rate
Customizable as per application

Working Presssure
Up to 16 Bar

Weight
As per design specification

Dimensions
Fabricated to required dimensions

Manufacturing Tolerance
±0.5 mm or as specified

Perforation Size
Typically 3-50 mm (customized)

Surface Finish
Polished or unpolished

Installation Type
Welded or bolted as per application

Usage
Steam, Gas, and Liquid Heat Exchangers

Material Grade
SS304, SS316, Carbon Steel, or as specified

Perforation Pattern
Triangular, square, or custom layout

Maintenance
Low, easy to clean/perforated design

Corrosion Resistance
High (as per selected material)

Heat Exchanger Perforated Plate Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
7 Days

About Heat Exchanger Perforated Plate

We are presenting the best in grade Heat Exchanger Perforated Plate, which is fitted to heat exchanger in order to ensure hassle free heat transferring performance. This type of plate is fabricated from chosen grade steel metal with sophisticated casting equipment and machines for guaranteeing its high temperature resistance, ideal diameter, smooth edges and durability. Easy to fit and rust proof, the Heat Exchanger Perforated Plate is available with us in many diameters, thicknesses, grades and finishes.

Customizable Perforated Plate Design

Choose from triangular, square, or bespoke perforation patterns to match the requirements of your heat exchanger system. Available in round and custom shapes, our perforated plates can be fabricated to the exact dimensions and thickness (312 mm) needed, ensuring optimal flow distribution and efficient thermal exchange.

High-Quality Material Options

We offer perforated plates made from SS304, SS316, carbon steel, or any specified alloy. This flexibility allows selection of the ideal material for corrosion resistance, mechanical strength, and process compatibility, ensuring reliable operation at temperatures up to 450C and pressures up to 16 Bar.

Easy Maintenance and Installation

Designed for low maintenance and convenient cleaning, the perforated plates facilitate simple installation through welded or bolted configurations depending on your operational needs. Precision manufacturing tolerances and robust construction ensure durability and hassle-free upkeep.

FAQs of Heat Exchanger Perforated Plate:

Q: How do I select the appropriate material grade for my heat exchanger perforated plate?

A: The choice of material gradesuch as SS304, SS316, or carbon steeldepends on the operating environment, corrosion resistance requirements, and pressure-temperature conditions. SS316 is commonly selected for corrosive or high-temperature applications; carbon steel may be chosen for cost-effective solutions where corrosion is less critical.

Q: What customization options are available for the perforation size and pattern?

A: Perforation size can be tailored from 3 mm to 50 mm, and patterns include triangular, square, or customized layouts. These options allow you to optimize liquid or gas flow rates and heat transfer characteristics according to your process specifications.

Q: Where can these perforated plates be installed within a heat exchanger system?

A: Perforated plates are suitable for installation in various sections of steam, gas, or liquid heat exchangers, and can be integrated by welding or bolting based on application or accessibility requirements. Their design supports adaptation to both new and retrofit systems.

Q: What is the manufacturing tolerance for these perforated plates, and why is it important?

A: These plates are fabricated to a standard manufacturing tolerance of 0.5 mm, or as specified. This precision ensures exact fitment, optimal flow distribution, and consistent performance within the heat exchanger, while minimizing installation issues.

Q: How does the perforated design benefit maintenance and cleaning processes?

A: The perforated structure enables efficient cleaning, reduces residue buildup, and decreases overall maintenance requirements. Its accessible design makes manual and automated cleaning procedures straightforward, helping maintain performance and extend service life.

Q: What working pressure and temperature ranges can these plates withstand?

A: Heat exchanger perforated plates are built to handle working pressures up to 16 Bar and operating temperatures up to 450C, making them suitable for demanding industrial applications where robust design is essential.

Q: Can the plates dimensions, thickness, and diameter be customized for my specific application?

A: Yes, we fabricate perforated plates to required dimensions, thicknesses (312 mm), and diameters up to 2000 mm, ensuring compatibility with your systems capacity and design requirements.

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