• A Concise Guide to Mold Steel Selection for ABS Injection Molding

  ABS (Acrylonitrile Butadiene Styrene) is renowned for its excellent impact resistance, fluidity, and dimensional stability, making it a staple in home appliances, electronics, and automotive interiors

  2026/01/15 Injection Molding

• A Concise Guide to Flame Retardant Ratings for Common Plastics

  Plastics are widely used in daily life and industry, but their flammability poses safety risks. Flame retardant (FR) ratings measure plastics’ fire resistance and determine their application scope. Th

  2026/01/15 Plastic Molds

• Daily Maintenance Specifications for Plastic Injection Molds

  Daily maintenance of plastic injection molds is a core process critical to ensuring continuous production, improving product qualification rates, and extending mold service life. It must adhere to the

  2026/01/14 Injection Molds

• Common Plastics for Thin-Wall Injection Molding

  Thin-wall injection molding typically refers to parts with a wall thickness ranging from 0.2 to 1.5 mm. This process imposes stringent requirements on the plastic's melt flow rate (MFR), mechanica

  2026/01/14 Injection Molding

• Injection Molding Holding Pressure Adjustment Guide

  Holding pressure is a critical parameter in the injection molding process. Its primary function is to apply continuous pressure to the molten plastic after the mold cavity is filled to compensate for

  2026/01/14 Injection Molding

• ABS Mold Steel Selection Guide

  The selection of mold steel for ABS (Acrylonitrile Butadiene Styrene) components is critical to achieving the desired surface finish, dimensional stability, and production longevity. ABS is a thermopl

  2026/01/14 Injection Molds

• Comprehensive Analysis of Water Absorption of Common Plastics

  Water absorption is a core property of plastics, which directly affects the selection of processing technology, the stability of product quality and the adaptability of application scenarios. This art

  2026/01/14 Plastic Molds

• How to Detect and Replace Worn Ejector Pins in Injection Molds

  Ejector pins are critical components of the ejection system, operating under high temperature, pressure, and friction. Over time, they wear, bend, or gall, leading to part defects like ejection marks,

  2026/01/13 Injection Molds