Plate heat exchanger plate quality requirements
For the plate heat exchanger, a very important part is the plate. Almost all models have plates. When it is produced, it must be strictly in accordance with the requirements to produce high-quality products. Plate heat exchange What are the quality requirements for plate heat exchanger plates?
1. The reduction in molding thickness should not be greater than 30% of the original actual plate thickness.
2, the parallelism of the base plane in any direction of the plate heat exchanger is not more than 3/1000 mm.
3. The deviation of the corrugation depth should not be greater than 0.20 mm, and the deviation of the gasket groove depth should not be greater than 0.20 mm.
4. The surface of the plate heat exchanger is not allowed to exceed the thickness tolerance of pits, scratches, indentations and other defects, and the punching burrs must be removed.
5. For plate heat exchanger plates used in the food industry, the roughness of the working surface after stamping should not be lower than that of the original plate.
The plate heat exchanger has a good heat exchange effect in the entire heat exchange equipment. At the same time, the plate heat exchanger platescan play an important role in the equipment. Its quality requirements also require the manufacturer to do it when producing the plate. Pay special attention to the plates when maintaining the equipment.
Related information
- Three elements of choosing a plate and shell heat exchanger factory
- Qingdao Ruipute in the plate heat exchanger plate rubber gasket design and production of characteristics
- China plate heat exchanger plates enter to a new level
- Coal Chemical Plate Heat Exchangers: Cleaning & Maintenance
- Wide gap plate heat exchanger production custom
- Don't you know what are the benefits of using semi-welded plate heat exchanger plates?
Relevant article
- Chemical Plate Heat Exchanger: Lubricant Roles & Care
- Heat Station Plate Heat Exchangers: Design & Application
- Heat Station Plate Heat Exchangers: Installation Guide
- Boiler Plate Heat Exchangers: Maintenance Guide
- The Integrated Heat Exchanger Unit: An Efficient Integration and Intelligent Control Solution for Thermal Energy Conversion
- Sulfuric Acid Plate Heat Exchangers: Design & Application
- Coal Chemical Plate Heat Exchangers: Cleaning & Maintenance
- Petrochemical Plate Heat Exchangers: Design & Application
- Chemical Plate Heat Exchangers: Gasket Ageing
- Sulfuric Acid Plate Heat Exchangers: Design & Application
Latest information
- Chemical Plate Heat Exchanger: Lubricant Roles & Care
- Heat Station Plate Heat Exchangers: Design & Application
- Heat Station Plate Heat Exchangers: Installation Guide
- Boiler Plate Heat Exchangers: Maintenance Guide
- The Integrated Heat Exchanger Unit: An Efficient Integration and Intelligent Control Solution for Thermal Energy Conversion
- Sulfuric Acid Plate Heat Exchangers: Design & Application
- Coal Chemical Plate Heat Exchangers: Cleaning & Maintenance
- Petrochemical Plate Heat Exchangers: Design & Application
- Chemical Plate Heat Exchangers: Gasket Ageing
- Sulfuric Acid Plate Heat Exchangers: Design & Application







