Finned Tubes, SA210-C Finned Tubes for Heat Exchangers



Product name: | Finned Tubes, SA210-C Finned Tubes for Heat Exchangers |
Keywords: | Finned Tubes |
Industry: | Industrial design and manufacturing services - Industry and Engineering design services |
Process: | Stamping - Precision stamping |
Material: | Alloy steel |
Processing manufacturer
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Product details
A finned tube is a heat exchange element. To improve heat exchange efficiency, fins are usually added to the surface of the heat exchange tube to increase the outer surface area (or inner surface area) of the heat exchange tube, thereby achieving the purpose of improving heat exchange efficiency. This is a finned tube.
Henan Bhibo specializes in the production and customization of various finned tubes.
1. Material Selection
Base Tube Material:
Carbon Steel (low cost, suitable for general industrial heat exchange);
Stainless Steel (corrosion resistant, food/pharmaceutical industry);
Copper/Aluminum Alloy (high thermal conductivity, low temperature heat exchange).
Fin Material:
Aluminum Fins (lightweight, high thermal conductivity);
Copper Fins (corrosion resistant, good electrical conductivity);
Stainless Steel Fins (high temperature/corrosive environments).
2. Fin Type and Process
High-Frequency Welded Finned Tubes: High strength, suitable for high-pressure scenarios (such as boilers, petrochemicals).
L-type/LL-type Wound Fins: Low cost, suitable for medium and low temperature heat exchange (air conditioning, waste heat recovery).
Integral Rolled Fins: No contact thermal resistance, long life (high temperature exhaust gas treatment).
Internal Finned Tubes: Enhance heat exchange inside the tube (liquid heating in chemical processes).
3. Customization Capabilities
Customizable fin height (5-20mm), spacing (2-10mm), tube diameter (10-100mm), and length.
Provides special coatings (galvanized, aluminized) to enhance corrosion resistance.
Henan Bhibo specializes in the production and customization of various finned tubes.
1. Material Selection
Base Tube Material:
Carbon Steel (low cost, suitable for general industrial heat exchange);
Stainless Steel (corrosion resistant, food/pharmaceutical industry);
Copper/Aluminum Alloy (high thermal conductivity, low temperature heat exchange).
Fin Material:
Aluminum Fins (lightweight, high thermal conductivity);
Copper Fins (corrosion resistant, good electrical conductivity);
Stainless Steel Fins (high temperature/corrosive environments).
2. Fin Type and Process
High-Frequency Welded Finned Tubes: High strength, suitable for high-pressure scenarios (such as boilers, petrochemicals).
L-type/LL-type Wound Fins: Low cost, suitable for medium and low temperature heat exchange (air conditioning, waste heat recovery).
Integral Rolled Fins: No contact thermal resistance, long life (high temperature exhaust gas treatment).
Internal Finned Tubes: Enhance heat exchange inside the tube (liquid heating in chemical processes).
3. Customization Capabilities
Customizable fin height (5-20mm), spacing (2-10mm), tube diameter (10-100mm), and length.
Provides special coatings (galvanized, aluminized) to enhance corrosion resistance.
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