Injection speed and holding pressure are the two most critical parameters in injection molding. Their matching quality directly determines dimensional stability, weight consistency, surface quality, a
2026/04/17 Injection Molds
Injection speed is a core parameter in injection molding that directly affects surface quality, dimensional stability, internal stress, and molding defects of plastic parts. In actual plastic mold pro
2026/04/17 Plastic Mold
Clearance design is essential in plastic mold design to ensure smooth movement, prevent interference, compensate for thermal expansion, and reserve machining tolerance. The core principle is: zero gap
2026/04/17 Plastic Mold
Shrinkage rate is one of the most fundamental and critical parameters in plastic mold design. It refers to the percentage change in dimensions when a plastic part cools from a molten state to room tem
2026/04/17 Plastic Mold
High-temperature plastics refer to engineering plastics that can stably maintain mechanical properties, dimensional stability, and chemical resistance at long‑term operating temperatures above 100°C.
2026/04/17 Plastic Molds
A mold temperature controller (MTC) is a critical auxiliary device in injection molding, providing stable and precise temperature control for plastic molds. Its heating power and circulating flow rate
2026/04/16 Plastic Injection Molding
Back pressure is a key parameter that affects melt quality, appearance, dimensional stability, and efficiency. Reasonable back pressure eliminates bubbles, improves color mixing, and ensures consisten
2026/04/16 Plastic Molds
In 2026, China’s injection mold industry is entering a high-quality development stage. Driven by new energy vehicles, medical devices, and AI infrastructure, the industry is transforming toward digita
2026/04/16 Injection Mold