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The electron beam radiation cross-linked polyethylene (PE-Xc) tube uses high-energy rays to excite polyethylene molecules to generate free radicals, which combine to generate intermolecular cross-linked bonds, forming a cross-linked structure of polyethylene molecules.
Modification of HDPE by physical method, the formation of cross-linked polyethylene and three-dimensional network structure.In the electron beam irradiation source intensity under certain circumstances, for a certain limit complete modification.
High oxygen barrier type PE-Xc pipe through multi-layer coextrusion technology, the formation of EVOH oxygen barrier layer is uniform in the external pipe.
There are many microorganisms invisible to the naked eye in the operating floor heating pipes. Their long-term survival in the floor heating pipes is the main reason for the “scaling” of the pipe walls. Preventing the penetration of oxygen will greatly help reduce the number of microorganisms.
Meigao PE-Xc tube adopts the first domestic co-extrusion irradiation technology to co-extrude the visible light barrier layer and the ultraviolet absorption layer into the tube.1、It can prevent sunlight transmission from oxidizing the water quality, and then avoid the production of bacteria and algae growth that will seriously affect water quality, pipeline transportation and other problems;2、It can prevent the pipes from being exposed to ultraviolet rays in the atmosphere to cause aging, so as to further i
Meigao PE-Xc capillary tube has a smaller pipe diameter and reduces the height of the occupied layer. PE-Xc tube has excellent temperature and pressure resistance, memory function, and good hygiene performance.
Is a performance of medium density polyethylene from ethylene monomer and octene monomer copolymerization and the stability of the heating tube as raw material.
There are many microorganisms invisible to the naked eye in the operating floor heating pipes. Their long-term survival in the floor heating pipes is the main reason for the “scaling” of the pipe walls. Preventing the penetration of oxygen will greatly help reduce the number of microorganisms.