Pillow Plate is a highly versatile panel-type heat exchanger that can be welded, formed, or customized to meet your specific requirements. It is ideal for use in irregular shapes, under high pressures, at elevated temperatures, or in corrosive environments. This type of heat exchanger offers excellent thermal efficiency and adaptability across various industrial applications.
**Thermally Efficient Types of Pillow Plate** 1. Immersion heating and cooling 2. External heating, cooling, or temperature preservation 3. Built-in heating or cooling systems, such as internal heated fluidized beds 4. Special-purpose heat exchangers 5. Evaporators and condensers 6. Clamp-on heating, cooling, and temperature maintenance 7. Polymerizer cooling and heating baffles 8. Ice storage systems 9. Plate heat recovery groups 10. Drum insulation 11. Equipment trough jackets 12. Conical head jackets 13. Dyeing heaters 14. Flue gas heat recovery plate groups 15. Falling film cold water (brine) units 16. Built-in concentrators or reboilers 17. Large built-in bezel sets for cooling vegetable oil
**Key Features** 1. Available in a wide range of materials including stainless steel 304, 316L, 2205, and titanium 2. Designed for high operating pressures 3. Suitable for high-temperature environments 4. No gaskets required, reducing maintenance needs 5. Corrosion-resistant construction 6. Easily formed to match custom shapes 7. Cutouts can be easily integrated into the design 8. High thermal efficiency and effective heat transfer 9. Ideal for immersion heating and cooling 10. Compatible with clamp-on heating and cooling systems 11. Integrated jacketing for efficient heating and cooling 12. Customizable designs to suit specific application needs 13. Suitable for evaporator and condenser functions 14. Easy to clean and available with attractive finishes 15. Low pressure drop design for optimal flow performance 16. Available in pharmaceutical and food-grade configurations 17. Increased active heat transfer surface area for better performance
**Types of Pillow Plate** **Double Embossed** Double-sided pressure molding makes this type suitable for most applications. It is commonly used for heating and cooling processes, with both sides having similar thickness. The material options include stainless steel, Hastelloy, and carbon steel, allowing flexibility in meeting different working pressures. Due to its laser welding technology, even thin-walled plates can withstand high pressures. This design allows for high turbulence at low flow rates, significantly improving heat transfer efficiency. Double embossed pillow plates are widely used in the food industry, cooling systems, and as components in drop-film coolers, immersion coolers, and ice banks. They support a wide range of coolants and heating agents, such as water, steam, ethylene glycol, freon, NH3, and CO2.
**Single Embossed** This type uses single-sided pressure molding, typically for flat surfaces such as tank walls or transport beds. The thickness on each side may differ, and it is commonly made from stainless steel, Hastelloy, or carbon steel. It is suitable for applications requiring varying thicknesses and pressures.
**Additional Benefits** Pillow Plate provides a simple, effective, and cost-efficient solution for maintaining temperature. The double embossed heat exchanger plates are easy to install on existing tanks and equipment, making them an economical choice for temperature control. **Features:** 1. Easy installation on the outer wall of storage tanks and equipment 2. Capable of meeting special shape and size requirements 3. Can be manufactured to fit existing pipelines, control systems, and support structures 4. Available in stainless steel and carbon steel 5. Turbulent flow design ensures high heat transfer efficiency even at low flow rates 6. Experimental data shows a 15% improvement in heat transfer performance compared to single embossed plates **Common Heat Transfer Media:** 1. Steam 2. Hot water 3. Cooling water 4. Conduction oil 5. Heat transfer fluids 6. Glycol solutions **Customization and Design:** We accept special shape and size designs, as well as full customization to meet your unique industrial needs. Whether you require standard or specialized configurations, we ensure the best possible performance and integration.
**Thermally Efficient Types of Pillow Plate** 1. Immersion heating and cooling 2. External heating, cooling, or temperature preservation 3. Built-in heating or cooling systems, such as internal heated fluidized beds 4. Special-purpose heat exchangers 5. Evaporators and condensers 6. Clamp-on heating, cooling, and temperature maintenance 7. Polymerizer cooling and heating baffles 8. Ice storage systems 9. Plate heat recovery groups 10. Drum insulation 11. Equipment trough jackets 12. Conical head jackets 13. Dyeing heaters 14. Flue gas heat recovery plate groups 15. Falling film cold water (brine) units 16. Built-in concentrators or reboilers 17. Large built-in bezel sets for cooling vegetable oil
**Key Features** 1. Available in a wide range of materials including stainless steel 304, 316L, 2205, and titanium 2. Designed for high operating pressures 3. Suitable for high-temperature environments 4. No gaskets required, reducing maintenance needs 5. Corrosion-resistant construction 6. Easily formed to match custom shapes 7. Cutouts can be easily integrated into the design 8. High thermal efficiency and effective heat transfer 9. Ideal for immersion heating and cooling 10. Compatible with clamp-on heating and cooling systems 11. Integrated jacketing for efficient heating and cooling 12. Customizable designs to suit specific application needs 13. Suitable for evaporator and condenser functions 14. Easy to clean and available with attractive finishes 15. Low pressure drop design for optimal flow performance 16. Available in pharmaceutical and food-grade configurations 17. Increased active heat transfer surface area for better performance
**Types of Pillow Plate** **Double Embossed** Double-sided pressure molding makes this type suitable for most applications. It is commonly used for heating and cooling processes, with both sides having similar thickness. The material options include stainless steel, Hastelloy, and carbon steel, allowing flexibility in meeting different working pressures. Due to its laser welding technology, even thin-walled plates can withstand high pressures. This design allows for high turbulence at low flow rates, significantly improving heat transfer efficiency. Double embossed pillow plates are widely used in the food industry, cooling systems, and as components in drop-film coolers, immersion coolers, and ice banks. They support a wide range of coolants and heating agents, such as water, steam, ethylene glycol, freon, NH3, and CO2.
**Single Embossed** This type uses single-sided pressure molding, typically for flat surfaces such as tank walls or transport beds. The thickness on each side may differ, and it is commonly made from stainless steel, Hastelloy, or carbon steel. It is suitable for applications requiring varying thicknesses and pressures.
**Additional Benefits** Pillow Plate provides a simple, effective, and cost-efficient solution for maintaining temperature. The double embossed heat exchanger plates are easy to install on existing tanks and equipment, making them an economical choice for temperature control. **Features:** 1. Easy installation on the outer wall of storage tanks and equipment 2. Capable of meeting special shape and size requirements 3. Can be manufactured to fit existing pipelines, control systems, and support structures 4. Available in stainless steel and carbon steel 5. Turbulent flow design ensures high heat transfer efficiency even at low flow rates 6. Experimental data shows a 15% improvement in heat transfer performance compared to single embossed plates **Common Heat Transfer Media:** 1. Steam 2. Hot water 3. Cooling water 4. Conduction oil 5. Heat transfer fluids 6. Glycol solutions **Customization and Design:** We accept special shape and size designs, as well as full customization to meet your unique industrial needs. Whether you require standard or specialized configurations, we ensure the best possible performance and integration.
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