As a leading enterprise in the domestic high-end bearing industry, Axis Research is the predecessor of the Luoyang Bearing Research Institute (a national research institute) and has the leading research and development capabilities in China and a complete technological innovation system. The company has established the National Bearing Quality Supervision and Inspection Center, Postdoctoral Research Workstation, Patent Exchange Station of the State Intellectual Property Office, National Accredited Rolling Bearing Laboratory, National Key Laboratory of Shield and Excavation Technology (Bearing), and High-speed Precision Bearing Engineering Research Center of Machinery Industry. The first-class R&D platform, such as the Henan Machine Tool Spindle Engineering Technology Research Center, provides a strong foundation for the company's continuous innovation and development of bearing technology.
With its strong research and development capabilities, Axis Research has achieved a number of major scientific research achievements at the national and provincial levels. By the end of 2010, the company has obtained a total of 311 state-mandated patents, of which 73 were invention patents, ranking first among domestic bearing companies. Recently, the national science and technology support project led by Axis Research Inc., “Research and Application of Key Technologies for Bearings in High Speed ​​Railway and Urban Rail Transit Vehicles†was approved by the National Ministry of Science and Technology in 2011. It is believed that in the near future, China's self-developed and manufactured bearings will replace SKF and other international giants and will be widely used in high-speed railways and urban railroads in the motherland. In high-power wind turbine bearings, Axis Research is the first company to develop wind turbine bearings in China. One of them, and joined the “Strategic Alliance for Wind Power Industry Technology Innovation of Henan Province†led by Henan Provincial Government Organization and Xuji Group in 2009, and its declared “3MW Wind Turbine Bearing Support Industrialization†project was successfully listed in Henan Province’s “Double Hundred "plan.
There are many grades of PVC. The viscosity or K value commonly used in the industry indicates the average molecular weight (or average degree of polymerization) of PVC, that is, the length of the PVC molecular chain, which determines the grade of the resin and the corresponding processing parameters. The molecular weight of the resin is related to the physical and mechanical properties of the product.
PVC Resin is a kind of non-crystalline linear polymer compound. The larger the relative molecular mass, the higher the viscosity, the higher the molecular weight, and the higher the tensile strength, impact strength, and elastic modulus of the product, but the flow of the resin melt Decline in sex and plasticity. The viscosity number is usually used to indicate the molecular weight of the polymer, and the polymer model is divided
PVC used to be the largest general-purpose plastic in the world, and it is widely used. It is widely used in construction materials, industrial products, daily necessities, floor leather, floor tiles, artificial leather, pipes, wires and cables, packaging films, bottles, foam materials, sealing materials, fibers, etc
SG3 (K-70, S1300): mostly used for soft products, hoses, wires and cables, films, shoe materials, toys, auto parts etc.
PVC RESIN SG3 has high purity, less fish eyes, easy to blister, high temperature resistance, insulation, soft product texture, etc. It is mainly used to produce soft products such as wires and cables, agricultural films, conveyor belts, and daily plastic products.
PVC RESIN SG3,Pvc Resin Sg3 Sg5 Sg8,Pvc Resin K70,Pvc Resin Powder Sg3,Suspension Pvc Resin Sg3
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