Home  >  Industrial Supplies  >  Refrigeration & Heat Exchange Parts

1.Compact structure, 2.Competitive price with high quality, 3.Durable and reliable heat exchanger, 5 can be your OEM - details see: https://www.machineto.com/gasketed-plate-heat-exchanger-10246986

I

1.We supply gaskets for different brand of gasket plate heat exchangers with competitive price and services.

2.We offer Clip-on, Loc-in, and glue-on type of gaskets with international standard compound and quality.

3.We comply with all manufacturing processes, traceability and conditions under ISO9001:2000 during production process.

4.We have more than 30 polymer types available for making the gaskets: NBR, EPDM, HIGH TEMP NBR, FKM, HIGH TEMP EPR, FOOD EPR, HIGH TEMP EPRand so on.

5.We can also work out a suitable polymer type and gasket for you, according to your request or the application environment of your production. 6.We can make whatever brands gasket you need, also can be your OEM partner in the future.

II

1. Material

Plate Material: 304(0Cr18Ni9),321(0Cr18Ni10Ti),316(0Cr17Ni12Mo2),316L(00Cr17Ni14Mo2),titanium(TA1-A),254SMO,nickel alloy

Gasket Material: NBR rubber, EPDM RUBBER, Fluorous rubber, Neoprene rubber, silicone rubber, asbestos rubber sheet.

Rack material: carbon steel, stainless steel, outsourcing stainless steel

Rod material: Galvanized steel, stainless steel

Interface Material: rubber, carbon steel, stainless steel

2.Design and Selection

The plate heat exchanger produced by our company strictly follows the rule listed in GB16409-1996 "plate heat exchanger," to design, manufacture and test.

3. Overview

Plate heat exchanger is compact and efficient heat exchange equipment, using the metal corrugated sheet as the major heat transfer agent. The fluid flows through the inner-flow mesh panel which is made up by the corrugated plates. Because after the plates assembly, they form a special channel which can generate turbulence under low Reynolds number, and the turbulence can easily destroy the fluid boundary layer,that greatly reduces thermal resistance and efficiently enhances the heat transfer, moreover, with no scale.