In plastic injection molding, cold materials are injected into a mold so hot that the part is cured and cannot be melted again.
This process is mostly used where the component needs to be able to withstand high temperatures. Examples include pastic parts, and auto instruments, high voltage electrical applications, and metal parts used to process many different plastic materials, including HDPE, PVC, PC, PP, and PETG, and are often ideal in situations where the part must be able To withstand high temperatures. Temperatures. Temperatures.
Bottle blowing molds are a good example; Tools with silicone handles and parts must be able to withstand the sterilization process in order to be disinfected and reused over and over again, so the silicone must be heat hardened.
High voltage electrical applications also use die setting materials.
OEM solution for industries
For wide industries, we manufacture spare parts as well as aesthetically pleasing parts.
We have served industries as pharmaceutical laboratory products. Our outstanding processing capabilities in producing parts from very special materials have helped our customers meet their turnkey requirements.
Based on cosmetic, dimensional, functional and environmental requirements, we can help select the appropriate materials. It is important to determine the material before designing the part because different materials have different design guidelines.
The most economical and accurate way to build a mold is to design the part in CAD software, which can be used to program the machines that make the mold. The file can also be used to create prototypes and better understand the part visually and functionally. We can help our customers create CAD file.
There are several levels of mold testing to verify that a mold can produce a part that meets expectations. We will recommend the level of testing based on the difficulty of forming the part and the customer's quality expectations.