No Welds Electroplated Deep Drawn Metal Stamping parts

Electroplated carbon steel Deep Drawn metal stamping parts

Our company's deep drawing metal stamping service

Our company's deep drawing-deep drawing metal components, parts and products.

We produce various types of deep-drawn parts, parts and products, such as fire gas cylinder shells, tubes, caps, hinges, etc.

We have expertise in manufacturing deep-drawn metal parts and parts. At present, we produce deep-drawn metal parts and parts of various materials each year, such as cold rolled steel, galvanized steel, stainless steel, copper, brass, and different thicknesses. aluminum. We have many different types of deep-drawn metal stamping parts.

Application of stainless steel/aluminum drawing components

Utilizing our years of experience and knowledge and the most advanced equipment, we produce stainless steel and aluminum deep-drawn components and parts that serve a wide range of industries and applications.

These include but are not limited to:

Automobile industry

Marines

Do it yourself

If you are not sure whether stainless steel and aluminum deep-drawn components are suitable for your specific application, our team will be happy to provide you with professional advice.

Deep drawing metal stamping process

The deep drawing metal stamping process is a process performed in sheet metal forming through the mechanical action of the punch. Under uniform hydrostatic pressure, a flat metal plate blank is formed on a single rigid shape-defining tool half through a flexible rubber diaphragm.

Regardless of the thickness of the sheet or the complexity of the tool (including undercuts), the process will produce scratch-free parts. The higher molding pressure can ensure that the parts are directly compressed from the press, with little or no secondary manual work.

When the depth of the drawn part exceeds its diameter, the process is considered to be deeper. This is achieved by redrawing the parts through a series of molds.

The flange area (the sheet metal in the mold shoulder area) is subjected to radial tensile stress and tangential compressive stress due to material retention characteristics.

These compressive stresses, hoop stresses can cause flange wrinkles. These wrinkles can be prevented by using a blank holder whose function is to facilitate controlled material flow into the mold radius.

Deep-drawn metal stamping parts have the following advantages:

1. One-piece molding, no seams or welds, beautiful appearance

2. Use raw materials economically and reduce scrap rate

3. No high mold cost

4. Strict tolerances

5. Consistent part quality

6. Economical and suitable for mass stamping, and can be used for progressive stamping.

Deep drawing metal stamping parameters