Automobile and telecommunications die cast molds

  • As a result of the continuous improvement of both technical and product development capabilities, it is possible to achieve a continuous expansion of the types of die cast products that are available as well as the applications for which they are appropriate. Because of the high demand for safety in these fields, bearing components, as previously stated, account for the vast majority of structural components employed.

    Die Casting Process Aluminum Zinc - KenWalt Die Casting CompanyDie Casting Process Aluminum Zinc - KenWalt Die Casting


    Among other characteristics, structural components are distinguished from other types of construction by their massive dimensions, thin walls, and complex structural design. Industrial has always placed a high priority on the design and development of China die casting manufacturer molds, and after more than ten years in the zinc alloy die casting factory industry, we have amassed a vast amount of knowledge and experience in the design and manufacture of zinc die casting manufacturer molds for aluminum alloy and zinc alloy die castings, among other alloys and metals. While COVID-19 was taking place, our customers in the United States of America demonstrated unwavering support and confidence in our ability to continue our collaborative efforts in the mass production of die castings, as well as in our ability to deliver orders on time during this extraordinary period.

    • The organization of our follow-up procedures is done in accordance with the requirements of a lean manufacturing method, which ensures that the product meets all of the requirements before it is delivered to the customer

    • As a result of cracking, the thermal fatigue resistance of the material is reduced, and the strength of the material is reduced as a result

    • It is necessary to maintain tight control over the nitriding process in order to avoid the formation of brittle layers during the process


    A wide range of technology for mold substrates is being offered by CAMEL, including both pretreatment technology for mold substrates, as well as surface treatment technology for the actual mold substrate itself. It proposes appropriate processing technology for various mold materials, based on traditional technology, with the goal of improving mold performance while also extending the mold's lifespan. 


    The use of a combination of traditional heat treatment technology and advanced surface treatment technology to extend the service life of die-casting molds is required in order to improve their overall performance. As heat treatment technology advances, this is a promising new development direction to pursue. Heat treatment technology will be able to achieve greater overall performance as a result of this combination of factors. In addition to the conventional quenching and tempering process, carbonitriding (also known as NQN) is a chemical heat treatment method that can be used to produce a high-strength steel in conjunction with the quenching and tempering process.