What are the applications of stretching parts

Stretching parts are parts processed through stretching technology and are widely used in many fields such as mechanical manufacturing, automotive, electronics, and daily necessities. Here are some common examples:

1. Automotive manufacturing industry

Body structural components: The engine hood, door panels, and body floor of a car are usually stretched parts. These components can obtain complex shapes and good strength through stretching technology, meeting the structural requirements and safety performance of automobile bodies, while also reducing body weight and improving fuel economy.

Automotive components: Fuel tanks, radiator tanks, muffler housings, and other components of automobiles are also stretch parts. For example, the fuel tank can be made into a shape and capacity that meets the design requirements through stretching technology, and has good sealing and strength, ensuring the safe storage and transportation of fuel.

2. Electronic device industry

Shell components: Many electronic devices such as smartphones, tablets, laptops, etc. have stretched shells. The stretching process can make the shell lightweight, sturdy, and aesthetically pleasing, which can protect the internal electronic components and meet consumers' requirements for the appearance and portability of electronic products.

Electronic components, such as the casings of electronic tubes and transistors, as well as some electronic connectors, heat sinks, and other components, are often manufactured using stretching technology. These stretching parts can provide good packaging and heat dissipation performance for electronic components, ensuring the stable operation of electronic devices.

3. Hardware products industry

Kitchenware supplies: Many bowls, plates, pots, and other items in stainless steel tableware are stretch parts. Metal sheets can be processed into kitchen utensils of various shapes and sizes through stretching technology, giving them good performance and beautiful appearance. In addition, stretching technology can make the surface of kitchen utensils smoother, easier to clean and maintain.

Home hardware: Home hardware such as door handles, hinges, drawer slides, etc. also often use stretching technology. Stretching parts can provide the size and shape of these hardware components, ensuring a good fit with furniture, while also having high strength and wear resistance, meeting the frequent operation and long-term use requirements of home use.

4. Mechanical manufacturing industry

Various types of containers: Containers such as oil drums, water tanks, and gas storage tanks used in mechanical manufacturing are usually stretchable parts. The stretching process can make the container have a larger volume and good sealing, able to withstand certain pressure, and meet the storage and transportation needs in industrial production.

Mechanical parts: Some mechanical parts such as gear blanks, shaft sleeves, etc. can also be manufactured through stretching technology. The stretched parts have good internal structure and mechanical properties, which can improve the strength and wear resistance of the parts, ensuring the reliability and stability of mechanical transmission.

5. Building decoration industry

Decorative panels: Some metal decorative panels in building decoration, such as aluminum-plastic panels, stainless steel decorative panels, etc., are partially processed through stretching technology. These stretching parts can be made into various patterns and shapes, used for interior and exterior wall decoration, ceiling decoration, etc. of buildings, increasing the beauty and artistic value of buildings.

Architectural hardware: Stretching components are often used for the frames of building doors and windows, supporting structures of curtain walls, and various decorative lines of buildings. The stretching process can make these building hardware components have the required size and good strength to meet the installation and use requirements of building decoration, while also improving the overall quality and durability of the building.