Polyacetal resin is one of the five engineering plastics. Compared with other plastics, polyoxymethylene (POM) has excellent comprehensive performance, excellent lubricating properties, good chemical resistance, high mechanical strength, and good fatigue resistance, so it has a wide range of uses in the field of mechanical components. In recent years, Asahi Kagaku Kogyo Co., Ltd. has used POM's outstanding comprehensive performance to develop high-grade conductive POM, which can be used in high-quality anti-static packaging and anti-electromagnetic packaging.
As we all know, plastic can easily generate static electricity and cause major safety accidents. In the packaging field, due to the lack or poor anti-static properties of packaging materials, products such as electronic equipment, electronic devices, and military products in packaging bags are often scrapped or mis-operated, and serious explosions cause casualties and equipment damage. Other accidents. On the other hand, the existing anti-static materials have few outstanding performances. In response to these specific issues, Asahi Chemical Industry Co., Ltd. has developed a highly conductive, high-performance TFC67N polyoxymethylene resin, which is a POM high-grade conductive plastic containing special carbon black.
The newly developed high-quality POM plastic has a series of advantages. In addition to the aforementioned excellent performance, it has good electrical conductivity, a volume resistance of 6Ω·cm or less, good processability, injection or extrusion molding, and is particularly suitable for gas injection. Forming process; good decorative, smooth surface of the product; stable performance, in particular, dimensional accuracy and stable electrical conductivity do not hinder environmental changes. Highly conductive POM is mainly used for conductive parts such as electronic equipment and office equipment (photocopiers). It requires anti-static mechanical components, advanced anti-static packaging containers, process turnover boxes, anti-electromagnetic packaging and electromagnetic shielding materials.
Another great advantage of the highly conductive POM resin is that it is particularly suitable for new technology of gas injection molding. This technology was developed by Asahi Chemical Industry Co., Ltd. (AGI) and it is named AGI Molding Method. It is characterized by: in the hot plastic molding process, nitrogen is injected continuously to form a hollow plastic container, which allows the integration of products with complex shapes. , Lightweight heavy products, rationalization of packaging containers, and these are the direction of modern packaging efforts. (Liu Jiao)
As we all know, plastic can easily generate static electricity and cause major safety accidents. In the packaging field, due to the lack or poor anti-static properties of packaging materials, products such as electronic equipment, electronic devices, and military products in packaging bags are often scrapped or mis-operated, and serious explosions cause casualties and equipment damage. Other accidents. On the other hand, the existing anti-static materials have few outstanding performances. In response to these specific issues, Asahi Chemical Industry Co., Ltd. has developed a highly conductive, high-performance TFC67N polyoxymethylene resin, which is a POM high-grade conductive plastic containing special carbon black.
The newly developed high-quality POM plastic has a series of advantages. In addition to the aforementioned excellent performance, it has good electrical conductivity, a volume resistance of 6Ω·cm or less, good processability, injection or extrusion molding, and is particularly suitable for gas injection. Forming process; good decorative, smooth surface of the product; stable performance, in particular, dimensional accuracy and stable electrical conductivity do not hinder environmental changes. Highly conductive POM is mainly used for conductive parts such as electronic equipment and office equipment (photocopiers). It requires anti-static mechanical components, advanced anti-static packaging containers, process turnover boxes, anti-electromagnetic packaging and electromagnetic shielding materials.
Another great advantage of the highly conductive POM resin is that it is particularly suitable for new technology of gas injection molding. This technology was developed by Asahi Chemical Industry Co., Ltd. (AGI) and it is named AGI Molding Method. It is characterized by: in the hot plastic molding process, nitrogen is injected continuously to form a hollow plastic container, which allows the integration of products with complex shapes. , Lightweight heavy products, rationalization of packaging containers, and these are the direction of modern packaging efforts. (Liu Jiao)
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