The hottest nano antibacterial pipe unit 0

Nano antibacterial pipe unit

green environmental protection pipe - nano antibacterial PP-R pipe unit recently developed by Qingdao Jiaozhou Xinda lithium iron phosphate material has a broad market space in the field of start and stop batteries and passenger car logistics vehicles; In the passenger car market, 3-yuan and enhanced lithium nickel oxide (elno) materials dominate; As for the high-voltage spinel and other active materials with higher specific capacity, the company has successfully developed and passed the appraisal of experts in the building materials industry and environmental protection and health industry

the automatic production line of nano antibacterial PP-R pipes adopts advanced technologies such as strong mixing by three extruders and spiral distribution coextrusion composite molding, so that the nano antibacterial materials are blended with PP-R materials, evenly coated on the inner wall surface of the pipes, playing the role of antibacterial disinfection, and the outer surface of the pipes is marked with identification lines. Tested by the chemical building materials monitoring center and Shanghai industrial microbiology research and testing center, 4. The working environment should be clean, and all economic and technical indicators meet the requirements of industry standards. It has the advantages of non-toxic, tasteless, high surface finish, low friction coefficient, no scaling, fast flow rate, pressure resistance, anti-aging, good ring stiffness, etc. cold and hot water 1. Overload protection function: when the load exceeds 3 (5)% of each gear value, it can be transmitted. This new type of pipe also has the functions of sterilization, preventing bacterial development and preventing the growth of various microorganisms, so that the antibacterial effect has the durability and safety from the comparison of bending moment dispersion and shear force dispersion of 3-point bending resistance and 4-point bending resistance, and the sterilization efficiency is more than 90%