Ningbo Glorie Nylon Technology Co., Ltd. China (Mainland)

Glorie Nylon Technology is totally focused on providing polyamide compounds to its customers in diverse , advanced needs of the engineering plastics field. Among engineering plastics products, Glorie nylon are historically substantially popular in various industries through the world in terms of excellent performance and long life durability as reliable high quality engineering plastics. Glorie brings its employee's talents, along with its technological and scientific expertise to advance the state of the art in polyamide, and has developed its strong technology position in polyamide through a robust program of new technology introduction and new process development. Glorie believes that we shall bring entire satisfaction to our global customers with our nylon products line as the best solution provider Our products are molding compounds based on PA 6, PA 66 and copolyamides such as PA 66/6. Due to their outstanding properties these materials have become indispensable in almost all fields of engineering for the most varied components and machine parts, as high quality electrical insulating materials and for many special applications. >>General Purpose Polyamide Homopolymer >>Glassfibre/Mineral/Glassbeads Reinforced Resins >>Impact Modified Resins >>Ignition Resistant Resins >>Low Wear and Friction Resins >>Co-polyamide PA6/6.6 >>Polyamide Alloy >>Polyamide 6,10 Glorie Engineering polyamide are used for their mechanical and thermal properties in high tech sectors, such as the automotive, electrical and electronics industries and in consumer and industrial goods such as sports and equipment.Modified polyamide are increasingly used as alternatives to steel and aluminum, which leads to significant weight savings and consequently, enhanced sustainability, and also give designers greater freedom . Glorie's engineering polyamide provide innovative functional qualities, such as high mechanical, chemical and thermal performance and excellent surface appearance, which are adapted to suit individual applications.