Plate Heat Exchanger: Advantages and Benefits
A plate heat exchanger uses metal plates to efficiently transfer heat between two fluids, offering a significant advantage over traditional heat exchangers. Its design allows fluids to spread across a larger surface area, enhancing heat transfer and speeding up temperature changes.
Key Advantages:
- High Heat Transfer Efficiency: Maximizes thermal performance with minimal energy loss.
- Low Pressure Loss: Ensures smooth fluid flow, reducing energy consumption.
- Compact Structure: Saves space with a lightweight and efficient design.
- Easy Assembly & Disassembly: Simplifies maintenance and cleaning.
- Sensitive Temperature Control: Enables precise thermal regulation.
- High Operating Flexibility: Adapts to varying operational demands.
- Long Life-Time: Offers durability and reliability for extended use.
| Frame material | Carbon steel/stainless stell | ||||||
| Plate material | SS304, SS316L, Titanium, SMO254, Hastelloy C276 | ||||||
| Plate thickness | 0.5mm, 0.6mm, 0.8mm, 1mm | ||||||
| Gasket material | NBR, EPDM, HNBR, HEPDM, Viton A, Viton G | ||||||
| Design pressure | 1.0M/Pa | ||||||
| Testing pressure | 1.25M/Pa | ||||||
We can enhance the thickness of the plates, frame, and bolts to meet additional customer requirements for higher pressure capacity.
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