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Double shot injection molding is also often called two shot injection molding. It is a common method in plastic injection molding. It refers to the process of molding two plastics (or two plastics of different colors) into one piece in one injection molding process. In this article, KRMOLD will introduce the relevant information of double shot injection molding, and share with you the material selection method and double shot injection mold design tips for two shot injection molding. I hope that through this article, you will have a better understanding of two shot injection molding.

Silicone rubber injection molding is a common method in plastic injection molding. Many people are curious about the workflow, advantages and application areas of silicone rubber injection molds. In this article, KRMOLD will answer them one by one. If you are interested in silicone rubber injection molding, or need to obtain more information about silicone rubber injection molds, please come to consult KRMOLD!

Polycarbonates (transparent thermoplastic elements with carbonate functional groups) are high-strength materials with great impact resistance. During the PC injection molding process, these strong materials are heated and melted to become any possible shape.

Multi cavity injection molding yields several components in a single injection cycle. Multi cavity injection molds can simultaneously create several components because they have several cavities.

IMD Injection Molding, also known as In-Mold Decoration, is a decorative technology that combines printed film with plastic resin in an injection mold. This In-Mold Decoration technology can form a decorative pattern with a printed texture on the surface of plastic products, while providing a wear-resistant and scratch-resistant protective layer.

Gas-assisted injection molding is a new type of plastic injection molding that has emerged since the 1990s. It uses high-pressure inert gas to push the melt to fill the cavity, and through gas pressure maintenance, a hollow section is formed inside the thick wall of the plastic part, which can reduce the clamping force, improve production efficiency, and eliminate shrinkage marks on the surface of the plastic part. It is for plastic parts with uneven wall thickness that cannot be injected once, and for the processing of plastic products such as automobiles and home appliances. It has opened up a new application field and is known as an epoch-making revolutionary technology in the Gas-assist Injection Molding process.