Pillow Plate is a highly versatile panel-type heat exchanger that can be welded, formed, or customized to fit your specific requirements. It is ideal for use in irregular shapes, under high pressure, high temperature conditions, or in corrosive environments. This type of heat exchanger offers a wide range of applications and is known for its durability and efficiency.
**Thermally Efficient Types of Pillow Plate** 1. Immersion heating and cooling 2. External heating, cooling, or heat preservation 3. Built-in heating or cooling, 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** - Available in various materials including stainless steel 304, 316L, 2205, and titanium - Designed to handle high operating pressures and temperatures - No gaskets required, reducing the risk of leaks - Corrosion-resistant and easy to form into custom shapes - Cutouts can be easily integrated - Offers efficient thermal transfer and low pressure drop - Suitable for pharmaceutical and food-grade applications - Easy to clean and available with attractive finishes
**Types of Pillow Plate** **Double Embossed** This type features double-sided pressure molding, making it suitable for most applications. It is commonly used for heating and cooling processes, with equal thickness on both sides. Materials like stainless steel, Hastelloy, and carbon steel are typically used, and the design allows for flexibility in meeting different pressure requirements. The double embossed pillow plate is ideal for heat exchange with liquids, powders, or granules. Thanks to laser welding, it can withstand very high working pressures despite having a relatively thin wall. Its design flexibility enables optimal performance in heat transfer. It is widely used in the food industry, as well as for immersion coolers, drop film water coolers, and ice banks. It supports a variety of coolants and heating agents, such as water, steam, ethylene glycol, freon, NH3, and CO2.
**Single Embossed** This version uses single-sided pressure molding and is typically applied in situations where one side is flat, such as tank walls or transport beds. The thickness on each side may vary depending on the application. It also comes in a range of materials and thicknesses to suit different pressure conditions.
**Advantages of Pillow Plate** - Simple and cost-effective solution for temperature control - Easy to install on existing storage tanks and equipment - Can be tailored to special shapes and sizes - Manufacturing can accommodate existing pipelines, control systems, and support structures - Available in stainless steel and carbon steel - Double embossed design enhances turbulence, improving heat transfer efficiency - Experiments show that double embossed plates offer 15% better heat transfer performance than single embossed ones **Common Heat Transfer Media** 1. Steam 2. Hot water 3. Cooling water 4. Conduction oil 5. Heat transfer fluids 6. Glycol solutions **We Accept Custom Designs and Special Sizes** Whether you need a unique shape, size, or configuration, our team can provide tailored solutions to meet your needs. Our Pillow Plate system is designed for flexibility, efficiency, and long-term performance.
**Thermally Efficient Types of Pillow Plate** 1. Immersion heating and cooling 2. External heating, cooling, or heat preservation 3. Built-in heating or cooling, 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** - Available in various materials including stainless steel 304, 316L, 2205, and titanium - Designed to handle high operating pressures and temperatures - No gaskets required, reducing the risk of leaks - Corrosion-resistant and easy to form into custom shapes - Cutouts can be easily integrated - Offers efficient thermal transfer and low pressure drop - Suitable for pharmaceutical and food-grade applications - Easy to clean and available with attractive finishes
**Types of Pillow Plate** **Double Embossed** This type features double-sided pressure molding, making it suitable for most applications. It is commonly used for heating and cooling processes, with equal thickness on both sides. Materials like stainless steel, Hastelloy, and carbon steel are typically used, and the design allows for flexibility in meeting different pressure requirements. The double embossed pillow plate is ideal for heat exchange with liquids, powders, or granules. Thanks to laser welding, it can withstand very high working pressures despite having a relatively thin wall. Its design flexibility enables optimal performance in heat transfer. It is widely used in the food industry, as well as for immersion coolers, drop film water coolers, and ice banks. It supports a variety of coolants and heating agents, such as water, steam, ethylene glycol, freon, NH3, and CO2.
**Single Embossed** This version uses single-sided pressure molding and is typically applied in situations where one side is flat, such as tank walls or transport beds. The thickness on each side may vary depending on the application. It also comes in a range of materials and thicknesses to suit different pressure conditions.
**Advantages of Pillow Plate** - Simple and cost-effective solution for temperature control - Easy to install on existing storage tanks and equipment - Can be tailored to special shapes and sizes - Manufacturing can accommodate existing pipelines, control systems, and support structures - Available in stainless steel and carbon steel - Double embossed design enhances turbulence, improving heat transfer efficiency - Experiments show that double embossed plates offer 15% better heat transfer performance than single embossed ones **Common Heat Transfer Media** 1. Steam 2. Hot water 3. Cooling water 4. Conduction oil 5. Heat transfer fluids 6. Glycol solutions **We Accept Custom Designs and Special Sizes** Whether you need a unique shape, size, or configuration, our team can provide tailored solutions to meet your needs. Our Pillow Plate system is designed for flexibility, efficiency, and long-term performance.
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