Nylon, as a high-performance engineering plastic, has outstanding weather resistance, low temperature flexibility, corrosion resistance and other properties, and is widely used in textiles, automobiles, household appliances, communications, machinery, electronics and electricity, aerospace and other fields. With the rapid development of related industries, the market demand for higher performance nylon is increasing, including transparent nylon and high temperature nylon.

Transparent nylon leads new fashion

Carefully, have you found that from transparent handbag, transparent umbrellas, transparent suitcases, transparent game shell, and transparent televisions, nowadays, the trend of "visible" spans the fashion industry, household appliances, consumer electronics, daily necessities, etc., have become a popular new trend nowadays.

Of course, behind the "visible" products, the "invisible" materials are indispensable to protect the "high quality.

Compared with mainstream transparent materials such as polymethyl methacrylate (PMMA), transparent Polycarbonate (PC) and glass, transparent nylon (PA) has low density, good chemical resistance, good wear resistance and toughness, it can meet more stringent application requirements, and its light transmittance is as high as over 90%, second only to PMMA.

High temperature nylon provides strong protection

Whether it is electronic components developing towards miniaturization, integration and high efficiency, or automobile industry developing towards light weight, energy saving, environmental protection and comfort, the heat resistance, durability and other properties of common engineering plastics can no longer meet the use requirements of related products.

The appearance of high temperature nylon broke this "deadlock". It not only has excellent creep resistance, but also has high strength, high rigidity and excellent fatigue resistance at high temperature. It can freely develop and design parts with complex and integrated functions, even the list of 25 kinds of advanced chemical materials released by the Ministry of Industry and Information Technology has broad application prospects.

However, in the numerous nylon market, how to quickly choose raw materials with higher transparency, higher heat resistance and higher mechanical strength? How to choose the most suitable transparent nylon or high-temperature nylon for different products in the fields of household appliances, daily necessities, maternal and child supplies and consumer electronics/electrical appliances? In terms of low carbon emission reduction and sustainable development, which material manufacturers can really wish you a helping hand?

EMS Group, the world's leading research, development and manufacturer of specialty polymer and special chemicals, is an excellent partner! Its Grilamid TR has a long-standing reputation in the transparent nylon market and uniquely combines the characteristics of semi-crystalline nylon and non-crystalline polymer. In addition to transparency, it also has excellent bending fatigue strength and extremely high chemical resistance. The former is conducive to the application under dynamic load conditions, while the latter makes the product less prone to stress cracking when contacting the medium.

In the field of high temperature nylon, the Grivory HT introduced by EMS is not only light enough, but also can meet the heat-resistant deformation and creep resistance at higher temperatures, the booster products always maintain excellent mechanical properties under high temperature and high load.

If you want to learn more about the high-performance nylon solution of aimans, on December 19, 2023, 14:00-15:00, four technical mogul from aimans group will be guests in Jung's online class, this paper systematically introduces the metal replacement solutions of imans transparent and high temperature resistant nylon in many industries such as household appliances, daily necessities, mother and child, and typical successful application cases. How can such an interesting and material class be missed?