Pillow Plate is a highly versatile panel-type heat exchanger that can be welded, formed, or fitted to meet your exact needs. It can be applied in irregular shapes, at high pressures, high temperatures, or in corrosive environments.

 

Thermally efficient types of Pillow Plate

1. Immersion heating and cooling

2. Can heating,cooling, or heat preservation outside the container

3. Built-in for heating or cooling, such as internal heated fluidized bed

4. Special heat exchanger

5. Evaporator, Condenser

6. Clamp-on heating, cooling, and temperature maintenance

7. Polymerizer cooling, heating baffles

8. Ice storage

9. Plate heat recovery group

10. Drum Insulation

11. Equipment trough jacket

12. Conical head jacket

13. Dyeing heater

14. Flue gas heat recovery plate group

15. Falling film cold water ( brine ) Unit

16. Built concentrator or reboiler

17. Large built-in bezel set for cooling vegetable oil

 Popular Laser Welding High Efficiency Pillow Plate

 

Features

1. Available in most materials, like stainless steel 304, 316L, 2205 and titanium

2. High operating pressures

3. High operating temperatures

4. No gaskets required

5. Corrosion resistant

6. Easily formed to fit the shape you need

7. Cutouts are easily provided

8. Thermally efficient types of heat transfer

9. Immersion heating and cooling.

10. Clamp-on heating, cooling, and temperature maintenance

11. Integral jacketing for heating and cooling

12. Custom heat exchanger design

13. Evaporators

14. Condensers

15. Easily cleanable, attractive finishes available

16. Low pressure drop design

17. Pharmaceutical and food-grade designs available

18. More active heat transfer surface available

 

The type of Pillow Plate

Double Embossed

Double-sided pressure molding, usually used for most applications

Suitable for heating and cooling process, generally, the thickness on both sides plate are the same.

The materials can be stainless steel , hastelloy and carbon steel and so on . The different material and thickness can meet different working pressure.

 

Popular Laser Welding High Efficiency Pillow Plate

Double Embossed Pillow Double embossed pillow is ideally suited as a heat exchanger for liquids or powders and granules. Due to the laser welding technique, a pillow plate having a relatively low wall thickness can withstand (very high) high working pressures. The high degree of design flexibility also offers many opportunities to achieve the best possible product with the best possible heat transfer. Extremely versatile applications Double embossed pillow plates are used, for example, as cooling technology and as heat exchangers in the food industry. Double embossed pillow blocks are deployed for complete installation, such as drop film water coolers, immersion coolers or ice banks. Double embossed foam board for heating and cooling, the use of a wide range of coolants and heating agents, such as water, steam, ethylene glycol, freon, NH3, CO2 and so on.

 

Single Embossed

Only single-sided pressure molding, usually used for single-sided plane occasions, such as the tank wall and transport bed, generally, the thickness on both sides plate are different.

The materials can be stainless steel , hastelloy and carbon steel and so on . The different material and thickness can meet different working pressure.

Popular Laser Welding High Efficiency Pillow Plate

 

Pillow Plate is a simple, effective and economical solutions to maintain the temperature. Double embossed heat exchanger plate is easy to install on the existing storage tank and equipment, is a economy and effective method to maintaining the temperature.

Popular Laser Welding High Efficiency Pillow Plate

 

Features of single embossed

1. Easy to install in the outer wall of the storage tank and equipment

2. Can meet the special shape and size design

3. The manufacturing can meet the existing import and export pipelines , control systems and support structure

4. The material stainless steel and carbon steel are available

5. The inherent advantages of the double embossed is turbulence, this design ensure the low flow rate can be achieve high turbulence, the heat transfer efficiency have greatly improved

6. Experiments show that the double embossed heat transfer plate higher 15% heat transfer performance than the single embossed heat transfer plate

 

Most of the heat transfer medium can be used for Pillow Plate

1. Steam

2. Hot water

3. Cooling water

4. Conduction oil

5. Heat transfer