Cold Sheet Metal Forming

Cold sheet forming is the process of shaping sheet or coil materials at low temperatures (usually room temperature or below). This process is often used for bending, forming or machining metal sheets or coils into various shapes. Esmak uses the cold sheet forming process in its production activities. With the cold sheet forming process in the production phase, the metal material easily takes the desired form.

Stages of Cold Sheet Forming Process in Production

-Material Selection: The first step is the selection of sheets or coils of appropriate thickness, usually made of steel, aluminum or other metal alloys.

-Heat Treatment and Cooling: The material is usually heat treated to achieve a certain hardness and durability. It is then cooled to the appropriate temperature for the cold forming process.

-Shaping Process: Cold hair styling usually involves processes such as pressing and bending. These steps ensure that the metal sheet or roll takes the desired form.

Each production process can be adapted for the forming process depending on the properties of a particular metal and the end product requirements. The process focuses on ensuring that the material retains its properties during forming and achieves the desired results.

Cold Sheet Forming in Production

Esmak successfully carries out its production activities using the cold sheet forming process. It uses the cold sheet forming process in the production of automotive and bus parts. The use of the cold sheet process in the production phase eliminates the need for heat treatment and high temperatures. The surface quality of the metal sheet is high in cold forming.

What are the Advantages of Cold Sheet Forming Process?

-Use of Thinner Material: This process, which does not require heat treatment, provides the ability to work with thinner material thicknesses.

-Fast Production: The absence or shorter duration of heat treatment processes enables faster production processes.

Esmak manages the processes of reaching the final product with laser cutting, press brake bending and other auxiliary presses etc. equipment in line with the machine capability of the products determined by ready design or design and engineering support when necessary in line with customer requests.

In line with this capability, it supports a wide range of carbon steel, aluminum and stainless steel raw materials.