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How to Control the Shear Sensitivity of Glass Fiber in Injection Molding?
Introduction During glass-fiber-reinforced plastic injection molding, shear sensitivity directly affects the mechanical properties and surface quality of molded parts. Excessive shear during flow shortens th...Read more -
How to Reverse Design a Mold Based on Product Requirements?
Introduction Reverse mold design is an engineering approach that starts from the product’s functionality and usage scenarios. By analyzing product geometry, material, and performance needs, it guides mold st...Read more -
How Does Injection Part Structure Affect Local Shrinkage?
Introduction In injection molding, the structural design of the part directly determines the distribution and intensity of local shrinkage. Uneven wall thickness, dense ribs, and sharp corners often cause in...Read more -
How to Embed Electronic Modules into Nylon Injection Parts?
Introduction With the rise of intelligent manufacturing, embedding electronic modules directly into nylon injection parts has become a key trend in structural–functional integration. This approach not only r...Read more -
How to balance the fluidity of injection mold?
Introduction In injection molding, flowability is the foundation of product quality. If the melt flow inside the mold is uneven, it leads to sink marks, short shots, and warping, directly impacting part stab...Read more -
How to Eliminate Moisture-Related Defects in Injection Molding?
Introduction Moisture-sensitive materials are highly prone to defects such as bubbles, splay marks, or dull surfaces during injection molding, caused by humidity variations. Controlling material moisture con...Read more -
How Do Injection-Molded Parts Achieve Ultra-High Elasticity?
Introduction In modern injection molding, achieving ultra-high elasticity relies on the seamless integration of material selection and precise process control. The arrangement and compatibility of polymer ch...Read more -
How to Achieve Invisible Gates in Injection Molding?
Introduction In injection molding, gate design not only affects product appearance but also determines flow balance and molding efficiency. The emergence of invisible gates allows for seamless surfaces, achi...Read more -
How to modify injection molded parts by electrostatic dissipation?
Introduction In injection molding, static buildup can cause surface dust attraction, discharge damage, and reduced product performance. By introducing electrostatic dissipative (ESD) technologies, manufactur...Read more -
How to achieve the effect of anodic oxidation?
Introduction Anodizing is often regarded as a process exclusive to metal surfaces, but with the advancement of plastic injection molding, similar metallic effects can now be achieved through surface texturin...Read more -
How to provide EEAT guarantee for micro-molds?
Introduction In today’s precision manufacturing landscape, micro molds represent not just miniaturization but the convergence of technology, accuracy, and reliability. EEAT (Experience, Expertise, Authoritat...Read more -
How to avoid shear heat in injection molding?
Introduction During injection molding, excessive shear stress can cause frictional heating, leading to a decline in material performance. Improper temperature control can break polymer chains, resulting in b...Read more