Heat Transfer Plates Hastelloy Alloy Chevron Plate Pattern

Product Specification

Product Description

How to make choice of the plate material for Heat Exchanger Plates

Heat Exchanger Plates

1. The working principle of the plate heat exchanger is through the heat transfer mechanism. According to the laws of thermodynamics, heat is always spontaneously transferred from high-temperature objects to low-temperature objects. Two fluids with different temperatures flow in a space separated by the wall. Through wall heat conduction and fluid convection on the wall surface, heat exchange between the two fluids is promoted. Under the same flow resistance and pump power consumption, its heat transfer coefficient is about three times higher than that of a shell-and-tube heat exchanger. It is a key, efficient and new equipment for rational utilization of effective resources, conservation and development of new energy.

2.When there is a temperature difference between two fluids, heat must be transferred. During the forced convection heat transfer process between the two fluids with a temperature difference, the heat exchange plates of the plate heat exchanger are metal with a certain corrugated shape. The surface of the plate is optimized with a corrugated wave structure to achieve a heat exchange rate of more than 92%. A thin rectangular channel is formed between each plate. Even if the fluid flow rate is below the Reynolds number, the movement of the fluid between the plates is three-dimensional. Movement causes the fluid to form violent turbulence, reducing boundary layer thermal resistance and enhancing heat transfer efficiency.

3. The working principle of the plate heat exchanger enables the plate heat exchanger to have the characteristics of high heat transfer efficiency, small footprint, wide application range, and flexible operation.

The plate materials used in plate heat exchangers correspond to the exchange media are:

1. Stainless Steel: Compatible with water, oil, and many chemicals.
2. Titanium: Suitable for corrosive media like seawater and acids.
3. Nickel Alloys (such as Inconel or Hastelloy): Resistant to high temperatures and corrosive fluids.
4. Carbon Steel: Commonly used for water-to-water heat exchange.
5. Copper Alloys: Suitable for high thermal conductivity applications.

These materials are chosen based on the compatibility with the specific exchange media to ensure efficient heat transfer and durability in plate heat exchangers.

Applacations

The application areas of heat exchanger plates are as follows:

1. Widely used for Hotels

2. Garment Shops

3. Building Material Shops

4. Machinery Repair Shops

5. Manufacturing Plant

6. Food & Beverage Factory

7. Farms, Restaurant,Retail, Food Shop

8. Printing Shops, Construction works

9. Energy & Mining, Food & Beverage Shops

Q&A

1. Question: What plate material is commonly used in plate heat exchangers for water, oil, and various chemicals?
Answer: Stainless Steel is commonly used as the plate material for compatibility with water, oil, and many chemicals in plate heat exchangers.

2. Question: Which plate material is suitable for corrosive media like seawater and acids in plate heat exchangers?
Answer: Titanium is a suitable plate material for corrosive media like seawater and acids in plate heat exchangers.

3. Question: What type of nickel alloys are resistant to high temperatures and corrosive fluids in plate heat exchangers?
Answer: Nickel Alloys such as Inconel or Hastelloy are known for their resistance to high temperatures and corrosive fluids in plate heat exchangers.

4. Question: Which material is commonly used for water-to-water heat exchange in plate heat exchangers?
Answer: Carbon Steel is commonly used for water-to-water heat exchange in plate heat exchangers.

5. Question: What type of materials are suitable for applications requiring high thermal conductivity in plate heat exchangers?
Answer: Copper Alloys are suitable for applications requiring high thermal conductivity in plate heat exchangers.