China SAMTION INTERNATIONAL LIMITED company news

PBT features a saturated linear molecular structure with alternating rigid benzene rings and flexible aliphatic chains, providing high mechanical strength, chemical/heat resistance, and excellent electrical properties. Its symmetrical structure enables tight packing, high crystallinity, and a high ... Read More

Demolding challenges in glass-fiber reinforced PA6 injection molding typically arise from: Improper mold temperature control (too high or too low), causing uneven shrinkage and clamping force. High residual stress in the part, increasing required ejection force. Solutions include: Reducing injection ... Read More

Light-colored ABS (white, beige, gray) is prone to yellowing due to unsaturated double bonds in its molecular chain, which degrade under light, heat, and oxygen exposure. This weathering issue affects aesthetics and customer satisfaction, especially in applications like家电 casings and automotive ... Read More

Processing PC/ABS blends can present specific challenges. Here is a consolidated guide to the seven most frequent problems and their targeted solutions to ensure high-quality production. Silver Streaks: Manifesting as silver-white streaks, this is caused by gas interference—entrapped air, material ... Read More

Plastic alloys represent a advanced class of materials created by physically blending or chemically grafting different polymers to achieve new, high-performance, functional, and specialized properties. These alloyed products find widespread use in demanding sectors such as automotive, electronics, ... Read More

Successful injection molding of PBT requires careful attention to its specific process parameters. The melting temperature is critical, with a narrow range of 250-260°C; processing below 240°C can cause condensation, while temperatures above 270°C lead to thermal degradation. A barrel constant ... Read More

The "floating fiber" phenomenon remains a significant surface quality challenge in the injection molding of glass fiber reinforced Polycarbonate (PC). This issue arises from the inherent differences between the polymer and the reinforcing fibers. During injection, the differing densities and flow ... Read More

The unique property profile of Polycarbonate (PC) plastic has cemented its role across countless industries and everyday products. While other materials continue to evolve, the continued dominance of PC will depend on ongoing innovation to meet new market demands. PC pellets are renowned for their ... Read More

Polycarbonate (PC), an amorphous engineering plastic known for its strength and clarity, is sourced for recycling from a variety of post-consumer and post-industrial streams. Common sources include textile bobbins, automotive light assemblies (headlights, taillights), turn signals, food processing ... Read More

The production of glass fiber reinforced Polycarbonate (PC) components presents several challenges, including high melt viscosity leading to filling difficulties and potential warpage. However, one of the most persistent issues affecting surface quality is the "floating fiber" phenomenon. This ... Read More