• Emergency Response Plan for Ejector Pin Breakage in Plastic Molds

  Ejector pin breakage is one of the most common sudden failures in injection molding. It causes production downtime, part defects, and potential damage to the cavity and inserts. A standardized emergen

  2026/03/04 Plastic Molds

• Precautions for TPV Injection Molding

  TPV is a thermoplastic vulcanizate combining rubber elasticity and plastic processability, widely used in seals, damping parts, automotive components, and overmolded products. However, its high viscos

  2026/03/04 Injection Molding

• Improving the Injection Molding Flowability of PFA

  PFA (perfluoroalkoxy alkane) is a high-performance fluoropolymer with excellent chemical resistance, high-temperature stability, and electrical insulation properties, widely used in semiconductor, che

  2026/03/03 Injection Molding

• Comparison of Application Effects of Nano-Coated Mold Steels

  Nano-coatings are thin film layers deposited on mold steel surfaces through PVD or CVD processes. They significantly improve hardness, wear resistance, demolding, and corrosion resistance without chan

  2026/03/02 Injection Molding

• Methods to Maintain Mirror Finish After Polishing of Injection Mold Steels

  Mirror-finish injection molds are widely used for high-quality transparent parts, appearance components, and optical products. A good mirror surface directly improves product gloss, dimensional stabil

  2026/03/02 Injection Mold

• Selection Standards for Medical-Grade Steels for Plastic Molds

  Medical-grade plastic molds are critical components for producing safe, reliable, and high-precision medical devices and consumables. The selection of mold steel must meet strict requirements for bioc

  2026/03/01 Plastic Molds

• Setting Skills for Holding Time in Gas-Assisted Injection Molding

  Gas‑assisted injection molding is widely used for thick‑wall, long‑strip parts in automotive, home appliances, electronics, and furniture. It reduces clamping force, weight, sink marks, and warpage. H

  2026/03/01 Injection Molds

• Prevention of Thermal Decomposition and Yellowing in PVC Injection Molding

  PVC often suffers from yellowing and degradation during injection molding. The main cause is thermal and oxidative degradation under high temperature, high shear, and long‑time heating, which releases

  2026/03/01 Injection Molding