stainless steel industrial heat exchange finned tube

stainless steel industrial Heat Exchange Finned Tube

Product introduction

A finned tube is a pipe with fins whose function is to increase the surface area of the pipe, thereby increasing the heat transfer efficiency of the pipe. The characteristics of Finned Tubes include the following aspects:

1. High heat transfer efficiency: the fin of the finned tube can increase the surface area of the pipe, thus improving the heat transfer efficiency.

2. Strong corrosion resistance: finned tube can be made of different materials, can choose strong corrosion resistance materials, so as to extend the service life.

3. Easy installation: finned tube installation is relatively simple, can be customized according to actual needs.

4. Wide range of application: finned tubes can be used in various industries, such as chemical, pharmaceutical, food, metallurgy, electric power and other fields.

The industry application of finned tubes mainly includes the following aspects:

1. Petrochemical industry: finned tube can be used in the petrochemical industry of Heat Exchanger, cooler and other equipment, improve heat transfer efficiency, save energy.

2. Pharmaceutical industry: finned tubes can be used in reaction kettle, evaporator and other equipment in the pharmaceutical industry to improve heat transfer efficiency and speed up production.

3. Food industry: finned tubes can be used in steam heating, cooling and other equipment in the food industry to improve heat transfer efficiency and ensure product quality.

4. Power industry: finned tubes can be used in boilers, heat exchangers and other equipment in the power industry to improve heat transfer efficiency and reduce energy consumption.

Product parameter

Optical tube size /dxs：∅25.4x2.11

Light tube material：SA179 K01200

Fin material：AL 1060

Finned shape：Spiral fin tube, square fin tube, etc

Use：Water wall, economizer, air preheater, industrial waste heat recovery, air cooler, etc

Finned tube production process:

1, raw material inspection:

1.1 steel pipe inspection (caliber, wall thickness, length, material, pit, crack, straightness, etc.);

1.2 Steel strip inspection (material, width, thickness, notch, fold, etc.);

2, product sample:

2.1 Record winding current voltage, speed, high frequency parameters, sample physical experiment, test outsourcing, pull rate, fusion rate;

2.2 Make process evaluation according to qualified sample parameters;

3, production:

3.1 steel pipe rust, cutting allowance, groove processing;

3.2 Production winding, first inspection (appearance, outer diameter, fold, fin length, spacing, etc.);

3.3 Production and winding, 500 pieces shall be checked in the middle;

3.4 Production winding and final inspection;

4, Rust prevention and packaging.