In the field of semiconductor and electronics, any part must meet the Electrical safety performance requirements, and can also work accurately and stably. Novos engineering plastics and special composite materials have the characteristics of diversified selection, anti-static, chemical corrosion resistance, high temperature and aging resistance. Especially meeting the material engraving requirements of the semiconductor and electronics industries, it is suitable for electronic components and complex part structures in high-strength application environments.
New energy materials mainly include superconducting materials, lithium battery materials, solar cell materials, hydrogen storage materials, solid oxide battery materials, intelligent materials, magnetic materials, and nanocomposite materials
According to the properties of the materials, medical polymer materials can be divided into two categories: inert biocompatible polymers and biodegradable polymers. Bioinert polymer materials refer to materials that exhibit chemical and physical inertness in biological environments. They can maintain long-term stability in physiological environments, do not undergo chemical and physical reactions such as degradation, cross-linking, and physical wear, and have good mechanical properties. These materials include polyethylene, polypropylene, polytetrafluoroethylene (PTFE), silicone rubber, polyurethane, polyether ether ketone, polyurethane (PU), thermoplastic elastomer (TPE), polyvinyl chloride (PVC), polyoxymethylene, polystyrene (PS), polyacrylic acids, polypropylene phthalamine (PAM), polyvinyl alcohol (PVA), etc. Polymer materials are gradually replacing traditional inorganic materials to embed metal (or alloy) glass, ceramics, apatite and other medical devices.
From the perspective of global market size, the market size of mechanical engineering and automation equipment has been increasing year by year, and industrial automation control technology, industry, and application have made great progress. Here, the advantages of composite materials and special engineering materials, such as structural dimensional stability, thermal insulation, compressive and tensile strength, and good insulation, not only meet modern energy-saving and environmental protection requirements, but also improve the rapid economic benefits brought by mechanical processing to a certain extent.
The weight reduction and emission reduction of automobiles are the only way for the rapid development of the automobile industry. Energy conservation and environmental protection issues are increasingly concerned. New energy vehicles have become the development trend of the future automobile industry. Engineering plastics have such advantages as structural dimensional stability, chemical stability, fatigue strength and toughness, high weather resistance, and good insulation. Composite materials have been put into use, Composite materials and new technologies represented by long fiber reinforced composite structures are a new starting point in automotive manufacturing, and new challenges will bring another round of innovation to the car washing industry.
Green food, food packaging, and people's increasing attention to the hygiene standards of their food. In food processing and production processes and transportation equipment packaging, more and more attention is paid to plastic processed products. In food production, packaging, and transportation, plastic processed products are gradually replacing materials such as metal, glass, and porcelain. Compared to metal materials, they have disadvantages such as their own weight, chemical corrosion resistance, and service life.
Traditional building materials are mainly made of wood, which is difficult to meet the various needs of the modern construction industry. More high-performance materials are needed to improve building efficiency, reduce costs, and meet the high demand for high-performance plastics such as weather resistance, corrosion resistance, oxidation resistance, and UV protection in the construction industry.
In the field of aviation and aerospace, the service environment is greatly different from general machinery or ground and water vehicles. The reliability of any component is raised to a very important position, which inevitably requires that the materials that make up the component must have almost absolute reliability. Norflos special engineering plastics and composite materials have comprehensive properties such as high strength, high temperature resistance, and impact resistance to choose from.