Prevention of burr formation during press processing for home appliances.
Improve yield with die punch coating treatment!
In the home appliance industry, there is a demand for improved product quality and production efficiency. Scrap generation in press processing leads to product defects and increased processing time, which are significant factors in reducing yield. Our products solve the issues caused by scrap generation by coating the dies and punches with tungsten carbide, providing wear resistance and anti-seizing properties. This contributes to the improvement of yield. 【Application Scenarios】 - Press processing of metal parts for home appliances - Processing of sticky materials such as stainless steel and aluminum - Suppressing the occurrence of defective products due to scrap generation 【Effects of Implementation】 - Suppressing the occurrence of scrap generation and improving yield - Enhancing product quality - Reducing processing time
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【Features】 - Improved wear resistance and anti-seizing properties through tungsten carbide coating on dies and punches - Prevents lifting and crimping of the ejector plate - Effective for sticky materials such as stainless steel and aluminum - Suppresses chip buildup caused by vacuum, burrs, oil films, magnetic forces, and compressed air 【Our Strengths】 We provide technology for extending the lifespan and repair of molds and machine parts. With a philosophy of effective resource utilization and environmental conservation, we contribute to our customers' cost reduction and productivity improvement.
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Our country, despite being resource-poor, has often imported and wasted resources from abroad. However, from now on, such practices cannot be tolerated due to resource depletion and environmental conservation. Our country must take the lead in resource recycling, making efforts to leave finite resources and a beautiful environment for the next generation. Our company has made this a core principle, first by coating machine parts with high-performance materials to modify their surfaces and extend their lifespan. Next, if wear, galling, corrosion, scratches, or other defects occur, we will effectively utilize resources by regenerating and repairing them through low-heat input buildup that does not involve changes in stress or material properties, thereby contributing to environmental conservation. Additionally, for companies that own equipment, this approach reduces the inventory of spare parts for replacements and downtime, achieving cost reduction and increased productivity.