Laser Welded Double Emobssed Heat Transfer Pillow Plate For Cooling or Heating
The pillow plate heat exchanger is fabricated by continuously welding two stainless steel sheets together using fiber laser technology. This specific type of heat exchanger can be manufactured in a variety of shapes and sizes, making it well-suited for high-pressure and high-temperature applications, and ensuring highly effective heat transfer. Through the use of laser welding and inflating the channels, it induces significant fluid turbulence, resulting in elevated heat transfer coefficients.
The pillow plate heat exchanger is also referred to as pillow plate heat exchanger, dimple plates, thermo plates, cavity plates, or evaporation plates. It is composed of two stainless steel sheets that are laser-welded together with a custom circle pattern, further enhancing its efficiency and versatility.
Name | Specification | Brand | Material | Heat Transfer Medium | |
Pillow Plate | Length: custom-made Width: custom-made Thickness: custom-made |
Customers can add their own logo. | Available in most materials, including 304, 316L, 2205, hastelloy, titanium, and others | Cooling Medium 1. Freon 2. Ammonia 3. Glycol Solution |
Heating Medium 1. Steam 2. Water 3. Conductive Oil |
Double Embossed Pillow Plate
It has one inflated side and one flat side.
Single Embossed Pillow Plate
It shows a inflated structure on both sides.
1. Dimple Jacket /Clamp-on
3. Pillow Plate Type Falling Film Chiller
5. Ice Bank for for Ice Thermal Storage
7. Static Melting Crystallizer
9. Sewage Water Heat Exchanger
11. Heat Sink Heat Exchanger
13. Evaporative Plate Condenser
2. Dimpled Tank
4. Immersion Heat Exchanger
6. Plate Ice Machine
8. Flue Gas Heat Exchanger
10. Reactor Intermal Baffles Heat
12. Bulk Solid Heat Exchanger
1. The inflated channels create the higher turbulence flow to achieve the higher heat transfer efficiency.
2. Available in most materials, like stainless steel SS304, 316L, 2205 Hastelloy titanium and others.
3. Custom-made size and shape are available.
4. Under the maximum internal pressure is 60 Bar.
5. Low pressure drops.