How is the application of new high-strength materials in automotive structural components?

The application of new high-strength materials in automotive structural components is becoming more and more widespread, especially in improving the lightweight, durability and collision safety of automobiles. As the industry's demand for safety and environmental protection continues to increase, more and more companies are committed to developing and applying these materials.

Take Suzhou Heaten Machinery Industry Co., Ltd as an example. In the production and manufacturing of automotive structural components, the company actively uses stainless steel, aluminum, copper, iron and other materials, which have obvious advantages in high strength and corrosion resistance. Heaten has rich experience in metal mold design and manufacturing, especially in deep drawing and precision metal mold design in the automotive industry. The company's products not only ensure high precision, but also take into account the high strength and durability of materials to meet the rigidity requirements of automotive structural components under high load and collision scenarios.

Heaten's production equipment includes 110T-1000T stamping precision equipment and a variety of mold manufacturing equipment, such as wire cutting machines, machining centers, water mills, precision grinders, etc. At the same time, Heaten is equipped with advanced testing equipment, such as three-dimensional coordinate measuring machines, 2.5-dimensional measuring equipment and salt spray testing machines, to ensure the high strength and quality stability of each product. In addition, Heaten has obtained industry certifications such as IATF16949, ISO9001 and ISO14001, indicating that it strictly controls the production process under a high-standard quality management system and provides high-quality structural parts for the automotive industry.