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
- Immersion heating and cooling
- Can heating,cooling, or heat preservation outside the container
- Built-in for heating or cooling, such as internal heated fluidized bed
- Special heat exchanger
- Evaporator, Condenser
- Clamp-on heating, cooling, and temperature maintenance
- Polymerizer cooling, heating baffles
- Ice storage
- Plate heat recovery group
- Drum Insulation
- Equipment trough jacket
- Conical head jacket
- Dyeing heater
- Flue gas heat recovery plate group
- Falling film cold water ( brine ) Unit
- Built concentrator or reboiler
- Large built-in bezel set for cooling vegetable oil
Popular Laser Welding High Efficiency Pillow Plate
Features
- Available in most materials, like stainless steel 304, 316L, 2205 and titanium
- High operating pressures
- High operating temperatures
- No gaskets required
- Corrosion resistant
- Easily formed to fit the shape you need
- Cutouts are easily provided
- Thermally efficient types of heat transfer
- Immersion heating and cooling.
- Clamp-on heating, cooling, and temperature maintenance
- Integral jacketing for heating and cooling
- Custom heat exchanger design
- Evaporators
- Condensers
- Easily cleanable, attractive finishes available
- Low pressure drop design
- Pharmaceutical and food-grade designs available
- 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
