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How to achieve perfect combination of encapsulated injection molding?
Overmolding is a process that bonds two different materials through injection molding, often used in soft-hard combinations, anti-slip grips, or structural reinforcement. It improves product appearance, touch, and offers greater de...Read more -
Optimize the layout of product ribs to guide the melt flow.
Optimizing rib layouts in injection-molded products not only strengthens the part structurally but also plays a key role in directing melt flow. Proper rib placement helps reduce short shots and fill imbalance defects. In complex p...Read more -
Is gas phase polishing suitable for complicated acrylic products?
Vapor polishing uses heated chemical gases to microscopically reshape the surface of acrylic parts, achieving a mirror-like finish. This contactless process naturally protects fine edges and is especially suitable for optical compo...Read more -
Have you paid attention to the low outgassing of PPS?
PPS (Polyphenylene Sulfide) is known for its excellent chemical stability and high temperature resistance in injection molding. While these outstanding properties make PPS an ideal choice for high-demand environments, its low gas p...Read more -
How to realize carbon fiber or brushed metal texture on injection molded parts by Dura-Coated?
As an innovative surface treatment technology, Dura-Coated has been widely adopted for aesthetic upgrades of injection molded parts. It enables high-end textures like carbon fiber or brushed metal without changing base materials.It...Read more -
How to ensure the firmness and accuracy of combination in insert injection molding?
Insert molding is a process where metal or other non-plastic materials are embedded into plastic parts. By properly controlling injection molding parameters, we can ensure strong bonding and high precision between the insert and pl...Read more -
How much of your design can be reproduced from ABS prototype to product?
From initial concept to mass production, ABS prototypes play a vital role in evaluating appearance, structure, and functionality. They are not only the proof of design intent but also a critical bridge to production. The higher the...Read more -
Promoting the “behind-the-scenes hero” of crystalline plastic HDT
In high-temperature applications of injection-molded products, enhancing the HDT of crystalline plastics is essential to maintain stable performance. While base resin selection plays a role, the real game-changers are the micro-add...Read more -
How to use fixture to carry out acoustic test and NVH optimization on injection molded parts?
The acoustic performance and NVH (Noise, Vibration, Harshness) optimization of injection molded parts are crucial in modern manufacturing, particularly in industries like automotive and electronics, where strict acousti...Read more -
Is the wall thickness of your ABS product really thicker and stronger?
In the design of ABS injection molded parts, wall thickness is often misunderstood. Many believe that increasing the thickness means stronger structure, but reality is more complex. Improper wall thicknes...Read more -
How do we achieve permanent functional requirements through conductive plastic masterbatch?
Conductive plastic masterbatches fundamentally alter the charge transfer path by dispersing carbon-based or metallic fillers uniformly in the polymer matrix. These materials allow housings, fixtures, and structural parts to achieve...Read more -
Has the brittleness of resin printing become the bottleneck of design?
In the field of digital manufacturing, resin 3D printing is favored by designers for its fine details and smooth surfaces. However, the brittleness of printed parts makes prototypes prone to failure during functional testing and as...Read more