Product Description

Nickel Hastelloy Stainless Steel 316 Tranter Heat Exchanger Plate With 0.5mm 0.6mm Thickness

TRANTER  Heat Exchanger Plates

1. Heat exchanger plates are vital components used in plate heat exchangers, which are highly efficient devices for transferring heat between two fluids. These plates are designed to maximize heat transfer while maintaining a compact and space-efficient design. Made of materials like stainless steel or titanium, heat exchanger plates feature specific corrugated patterns that enhance heat transfer by increasing the surface area and promoting fluid turbulence. The plates create flow channels for the fluids, allowing efficient thermal exchange. They can be assembled with gaskets or welded together to form a sealed flow path. The selection of heat exchanger plates depends on factors such as operating conditions, fluid properties, and desired heat transfer efficiency.

Types and materials of plate heat exchanger plates:

Corner heat exchanger plates
The shape of this plate is similar to a rhombus, with sharp angles at the corners. The gaps between the angular plates can form heat exchange channels.

Corrugated heat exchanger plates
The surface of this plate is wavy, which improves heat exchange efficiency by increasing the surface area. Corrugated sheets are commonly used in high temperature, high pressure and high flow applications.

Hook type heat exchanger plates
This kind of plate is suspended inside the plate heat exchanger through a hook on one side, and the other side is free. Hook-type plates are often used in applications that require frequent cleaning because they can be easily removed.

Stainless steel heat exchanger plates
Stainless steel sheets are the most common choice because they offer good corrosion resistance and strength.

Titanium heat exchanger plates
Titanium plates are often used for heat exchange with highly corrosive media because of their high corrosion resistance and chemical inertness.

Nickel Alloys heat exchanger plates

Nickel alloy sheets are often used in high temperature and pressure applications because of their high heat resistance and strength.

Other metal materials heat exchanger plates
Depending on the specific application scenario and medium characteristics, plates made of copper, aluminum, steel and other metal materials can also be selected.

Applacations