KRMOLD provides home appliances injection mold, helping home appliance manufacturing industry customers to provide injection molding tools for plastic parts in the home appliance industry, and providing a series of complete injection mold manufacturing services such as home appliance injection mold design, CNC processing, mold trial and modification. The design of home appliance industry injection molds is used to manufacture high-precision and high-durability plastic parts in the home appliance industry. The application areas of injection molds include injection molding of home appliance product parts such as refrigerators, washing machines, air conditioners, rice cookers, microwave ovens, vacuum cleaners, etc.
Advantages of home appliance injection molds
1. High-precision injection mold design
KRMOLD home injection molds ensure the accuracy of injection molding through the selection of raw materials and precision machining technology. The cavity and core are the core molding parts of the injection mold, which directly determine the geometric shape and details of the parts, and complex three-dimensional structures need to be realized through precision machining. The use of hot runner gating system design can reduce material waste and improve production efficiency, and meet the injection molding needs of high-precision or high-value-added home appliance parts products.
2. Applicable to a variety of raw materials for home appliance parts
The home appliance industry injection molds designed by KRMOLD are compatible with the processing requirements of a variety of raw materials for home appliance parts products, including ABS, PP, PC and PA, etc., and are often used for injection molding of TV housings, refrigerator interiors, washing machine housings, transparent parts, microwave trays, refrigerator drawers, motor gears and vacuum cleaner impellers. Improved the adaptability of plastic raw materials and injection molding processes.
3. A variety of injection molding processes are available
High-pressure injection molding: supports one-time molding of complex structures and reduces the need for secondary processing. Common examples include the runner design of the injection mold for the spray arm of a dishwasher.
High efficiency and low cost: Multi-cavity injection molds can mass-produce small parts, significantly reducing the cost per piece. Common examples include button injection molds and connector injection molds.
Surface treatment integration: Home appliance injection molds directly achieve textures or patterns through in-mold decoration (IMD) technology to avoid spraying processes. Typical examples include the imitation metal effect of air conditioner panel injection molding.
