KRMOLD is committed to providing complete injection mold production solutions for customers from all walks of life. In addition to injection molds for the automotive industry, medical industry, consumer electronics industry, and home appliance industry, KRMOLD can also provide customized injection mold products for customers in the aviation and navigation fields and agricultural manufacturing equipment fields.
According to the plastic parts products produced according to the needs of customers, KRMOLD conducts modeling analysis, mold design, CNC machine tool precision machining, EDM electric spark machining, wire cutting machine machining, polishing and other injection mold design, manufacturing and surface treatment processes. KRMODL's precision injection mold production cases in various industries ensure professionalism in the field of injection mold design and manufacturing, and pay more attention to analyzing customers' actual production needs, including product application areas, environment, output and precision requirements, to design and produce injection molds.
In the fields of aviation, navigation and agricultural equipment manufacturing, injection molds need to adapt to extreme environments, high reliability and complex functional requirements. KRMOLD provides customized plastic injection molds with the following characteristics:
1. High strength and high temperature resistance of injection molds
Aviation molds need to withstand extreme loads, and the materials need to have high strength and high rigidity, and withstand high temperature environments. Navigation equipment molds need to be resistant to salt spray corrosion, and corrosion-resistant alloys or surface coating treatment materials are often used. Injection molds for parts of agricultural equipment that contact soil or crops must use non-toxic, chemically resistant materials and meet environmental regulations.
2. Complex structural design of injection molds
Aviation molds need to achieve micron-level precision, and the cavity structure mostly uses multi-curved surfaces and microporous heat dissipation structures, which rely on EDM or five-axis CNC machine tools. Agricultural molds need to take into account both functionality and durability. For example, the seeder mold needs to integrate a seed channel and a wear-resistant buckle structure. The mold is manufactured using laser melting deposition technology, and conformal cooling channels are integrated to shorten the cooling cycle by more than 30% and reduce the risk of deformation.
3. Increased service life of injection molds
Aviation molds need to withstand high-frequency stress cycles, and special heat treatment processes are used to improve fatigue resistance. The mold life is required to reach more than 1 million times. Agricultural molds are frequently exposed to abrasive particles, so surface hardening treatment (such as nitriding coating) is required to extend the service life.
