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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 -
How to solve the yellowing of transparent nylon injection molding products?
Transparent nylon is highly favored in premium sectors like medical devices and LED optics for its toughness and light transmittance. However, yellowing risks often discourage brands during mass production. Yellowing not only damag...Read more -
How do we ensure the precise fit between the mold and the insert?
In high-precision injection molding, the alignment between mold and inserts determines the final product’s appearance and dimensional accuracy. Precise fitting not only improves yield rate but also significantly shortens mold trial...Read more -
How to ensure the brittle fracture resistance of polycarbonate injection molded parts at low temperature?
Polycarbonate (PC) is widely used in impact-resistant outdoor and industrial applications due to its excellent properties. In low-temperature environments, reduced molecular mobility significantly increases the risk of brittle frac...Read more -
How do we provide customized mold development services for PC lens injection molding?
In optical applications, PC lenses are favored for their transparency and impact resistance. To meet diverse optical needs, custom mold development becomes essential. Custom tooling is the key to achieving precision in PC lens inje...Read more -
How to solve the jet phenomenon of ABS injection molding parts?
Jetting often occurs during the rapid filling phase of ABS injection molding, leading to surface defects such as snake lines, silver streaks, and uneven gloss. This is particularly problematic for thin-walled parts or poorly design...Read more -
Damping characteristics of styrene injection molded parts How to reduce vibration and noise?
Styrene injection molded parts are widely used in vibration damping and noise reduction due to their excellent damping properties. This material’s unique structure can effectively absorb and disperse vibrations, reducing noise poll...Read more -
How to design the screw of injection molding machine to optimize plasticizing effect?
The screw structure of an injection molding machine directly determines plasticizing efficiency and product quality, making it a core component of the molding system. A well-designed screw shortens cycle times while reducing energy...Read more