Precision Metal Stamping Plate and Frame Heat Exchangers For Efiicient Heating

Description of Plate and Frame Heat Exchangers:

Precision Metal Stamping Plate and Frame Heat Exchangers For Efiicient Heating

The Printed Circuit Heat Exchanger (PCHE) is built from diffusion-bonded, corrosion-resistant plates with microchannel passages, delivering exceptional thermal efficiency in a compact form. Engineered to withstand extreme pressure and temperature conditions, it is widely used in oil & gas, energy, and chemical industries, combining durability with a space-saving plate-type welded design.

Specifications of Plate and Frame Heat Exchangers :

Advantages of Plate and Frame Heat Exchangers:

• High-temperature corrosion resistance: Plates made of 304, 316L, titanium, or Hastelloy ensure durability against high-temperature media and extend service life.

• Efficient heat transfer: Corrugated plate design achieves a heat transfer coefficient 3–5 times higher than traditional shell types, even at low flow rates.

• Anti-scaling flow design: Precision-pressed plates with optimized flow distribution reduce scaling, maintain uniform flow, and enhance overall efficiency.

• Versatile options: A full range of molds and gasket materials support diverse media, conditions, and applications.

Production Process Steps of Plate and Frame Heat Exchangers:

1. Plate Stamping:
    Metal plates (typically stainless steel, titanium, copper, etc.) are processed using stamping equipment to form heat transfer plates with specific corrugated shapes.

2. Gasket Assembly (for Gasketed Type):
For gasketed plate heat exchangers, rubber gaskets are installed between plates to seal fluid passages and direct alternating fluid flow.

3. Plate Assembly:
Stamped plates are stacked in a specific sequence to form a bundle, creating alternating cold and hot fluid channels.

4. Welding/Sealing:

• Fully Welded Type: Adjacent plates are firmly joined via vacuum welding or other welding methods.
• Brazed Type: Plates are connected using brazing materials.
• Gasketed Type: Plates are assembled into a bundle using clamping bolts, a fixed plate, and a movable compression plate, with gaskets providing sealing.

How to custom Plate and Frame Heat Exchangers from us?

1. Please send us your design.
We accept the following file formats:DWG, DXF, PDF, Step, Gerber, IGES, CorelDraw and Adobe Illustrator

2. Samples making lead time:3-10days

3. Express:By DHL, FedEx, TNT, around 3-7days.