Hastelloy Vicarb Plates Gasket For Vicarb Exchanger Reconditioning

Heat Exchanger Plates

Hastelloy C276 Stainless Steel SUS304 316L Heat Exchanger Plate Gasket For Vicarb Exchanger Reconditioning And Repair

Heat exchanger plates are key components used in heat exchangers. They facilitate the transfer of heat by forming a seal between the plates. The following are some characteristics of heat exchanger plates and the general production process:

Features:
Material Selection: Heat exchanger plates are usually made of elastic materials such as rubber, polymer, or metal (such as stainless steel). The choice of material depends on the operating conditions, temperature range and chemistry of the medium.

Sealing: Heat exchanger plates are designed to provide effective sealing to prevent fluid leakage. Sealing performance is critical to the efficiency and safety of heat exchangers.

Heat transfer efficiency: The surface of the plate is usually designed with special patterns that increase heat transfer efficiency, such as a honeycomb structure or a corrugated shape to increase the heat transfer surface area.

Corrosion resistance: Plate materials are usually selected to resist corrosion and chemical attack to ensure long-term stable operation of the heat exchanger in harsh environments.

Removable: Heat exchanger plates are usually designed with removability in mind to facilitate replacement, maintenance or cleaning.

Production Process:
Material Preparation: Production begins with the selection of appropriate materials. For elastic plates, rubber or other polymers may be used, while for metal plates, stainless steel, etc. may be used.

Cutting and Forming: The shape and size of the panels are prepared by cutting or forming processes. This can be done with a cutting machine, mold, or other forming equipment.

Patterning: In order to improve heat transfer efficiency, the surface of the plate may be designed into a special pattern. This is usually achieved by stamping, rolling or other processing methods.

Sealing edge treatment: The edges of the plates need to be treated to ensure effective sealing during assembly and to withstand changes in pressure and temperature during use.

Surface treatment: Depending on the characteristics of the material, special treatment may be required on the surface of the plate to improve its corrosion resistance.

Assembly: The panels may need to be assembled with other components such as frames, support structures, etc. This ensures stable integration of the plates into the heat exchanger when in use.

Quality inspection: After production is completed, the plates are inspected for quality to ensure that they meet design standards, are free of defects, and meet specified performance requirements.

Overall, the production process of heat exchanger plates involves material selection and preparation, shape preparation, surface treatment, sealing edge treatment and final quality inspection. These steps ensure good performance and reliability of the heat exchanger plates in use.

Heat Exchanger Plates material

Q&A

1. Q: Are you a manufacturer or trading company?

A: We are a professional manufacturer of plate heat exchangers, plates, gaskets, plate mould with 18 years' experience.