Shanghai Yixing Technology Co., Ltd.
Shanghai Yixing Technology Co., Ltd.
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Copper Tube Coil

  • Material: copper/brass

  • Surface: mill finish

  • Customized Size

  • Tolerance: ±0.2mm

Stainless steel copper tube, aluminum tube, solid tube, hollow tube, radiator, condenser, and bent pipe processing

Introduction to Condenser Processing Methods

I. Material selection of condenser

The material selection of the condenser is very important, which directly affects the service life and efficiency of the condenser. At present, commonly used condenser materials include copper tubes, stainless steel tubes, aluminum tubes, etc. Copper tubes have high strength and good thermal conductivity, making them suitable for making small condensers; Stainless steel pipes have the advantages of strong corrosion resistance and good high-temperature resistance, making them suitable for the production of large condensers; Aluminum tubes have the advantages of good thermal conductivity, lightweight, and low cost, making them suitable for small, low-pressure condensers.

II.Processing process flow

1. Material cutting. Cut the required length of pipe according to the drawing requirements.

2. Polishing. The condenser needs a smooth surface to improve thermal conductivity, so polishing treatment is required.

3. Clean the pipes. The surface of the pipe must be thoroughly cleaned to prevent impurities such as mineral deposits and iron castings from leaving inside the pipe, which may have adverse effects on the product.

4. Bends. According to the drawing requirements, bend the pipe to the required curvature.

5. Welding. Welding of pre processed pipes is generally carried out using methods such as TIG, MIG, and hydrogen welding.

6. Assembly of pressure fittings. Assemble the press fit parts according to the drawing requirements, and perform surface treatment on the welds.

III.Selection of processing equipment and technical points

The processing equipment for condensers generally includes pipe bending machines, angle machines, polishing machines, drilling machines, CNC machining centers, etc. During the processing, the following technical points should be noted:

1. The wall thickness of the pipe should meet the requirements and be compressed.

2. During welding, attention should be paid to temperature control and gas protection to prevent oxidation.

3. When bending pipes, the bending radius should be controlled to avoid excessive deformation.

4. The clearance of components should meet the specified requirements.

When performing surface treatment, ensure a smooth surface and avoid scratches.

IV.Selection of cutting tools

In the processing of the condenser, the selection of cutting tools should be based on different processing materials and requirements. In general, high-speed steel cutting tools can be used for copper pipes; Tungsten steel cutting tools can be used for stainless steel pipes; Hard alloy cutting tools can be used for aluminum pipes. When cutting, attention should be paid to controlling the machining speed and cutting depth.

V.Attention to details during processing

1. During the processing, attention should be paid to maintaining the cleanliness of the working area to avoid the impact of dust and other impurities on the processing quality.

2. Processing tools and abrasives should be replaced in a timely manner to ensure processing quality.

3. When welding, attention should be paid to the welding position and technical requirements.

4. After processing, inspect and test the condenser to ensure processing quality and performance.

【 Conclusion 】

Through the introduction of this article, I believe everyone has a deeper understanding of the processing methods of condensers. In the processing of the condenser, material selection, processing technology flow, selection of processing equipment and technical points, and selection of cutting tools are all very important, and attention to details is needed. Only by strictly following the requirements for processing can high-quality condenser products be produced.

Sheet Metal Fabrication
Yixing technology sheet metal fabrication