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PEEK injection molding is a common plastic injection molding process. In the field of high-end manufacturing, PEEK (polyetheretherketone) has become the preferred material for aerospace, medical equipment, automotive electronics and other industries due to its excellent high temperature resistance, chemical corrosion resistance and mechanical properties. However, the PEEK Plastic Injection Molding process has extremely high requirements for equipment, technology and process management, and the slightest carelessness may lead to product defects or substandard performance. In this article, KRMOLD will systematically analyze the core precautions of the PEEK injection molding process to help you avoid risks and achieve high-quality molding.

TPE injection molding is a common plastic injection molding process. The seven factors to be considered before setting up the TPE injection moulding process include shrinkage, fluidity, crystallinity, thermosensitive plastics and easily hydrolyzed plastics, stress cracking and melt fracture, thermal properties and cooling speed, and hygroscopicity. Especially for those who are new to TPE materials, you need to consult your material supplier for relevant information. In this article, KRMOLD will explain in detail the seven factors that need to be considered before setting up TPE injection molding. If you have a need for TPE injection mould, welcome to consult KRMOLD!

PP Injection Molding has become one of the mainstream molding technologies in the field of plastic injection molding due to its unique material advantages and process flexibility, and occupies an important position in industrial manufacturing. Polypropylene has become one of the outstanding plastic injection molding technologies because it can adapt to multiple scenarios, has cost advantages and durability. It is polymerized from propylene monomers and naturally has the "genes" of high impact resistance, chemical corrosion resistance and low moisture absorption. The core means of converting it into an actual product is the classic injection molding process: injecting molten PP into a precision mold, and after cooling and solidification, a product of a predetermined shape can be obtained.

Overmolding refers to the fastest, multi-step process of molding a layer of polymer over a substrate part using TPU injection molding methods. It usually represents the mechanical entanglement of polymer molecules. Usually, it is an injection molding process. The substrate part (the toughest part) is usually made of plastic and made by the plastic overmolding process. From toothbrush manufacturing to vibration reduction, and critical internal durable and elastic parts in automobiles and aerospace, the overmolding of small-size parts has received great attention. The process is carried out by chemical or physical interlocking.

IMD injection molding is a production method that uses injection molding to combine decorative film with injection molding. To produce a high-quality appearance effect and endow the product great wear resistance, scratch resistance, chemical corrosion resistantism, and other properties, this technology embeds the decorative film into the plastic product's surface during IMD molding. Originally developed in the United States in the 1980s, the IMD injection molding was first applied in the production of automotive interior components. It was afterwards rapidly broadened into many areas including medicine, communications, electronics, and home products.

By injecting molten material into a mold, PC injection molding—a widely used manufacturing method—enables mass production of items with sophisticated forms and designs. PC means Polycarbonate, is a strong thermoplastic with several physical characteristics appropriate for uses where toughness, transparency, and high temperature resistance are crucial. One of the most adaptable materials for plastic injection molding, its unusual design permits great coloring, surface treatment, and shape customizing. Using it requires careful consideration of certain process parameters to guarantee the quality and longevity of the ultimate product.