What is the pipe structure of aluminum alloy lined PPR pipe?

The structure of aluminum alloy lined plastic PPR pipe, first introduce the advantages of aluminum alloy lined PPR pipe: light weight, 100 oxygen barrier, anti-ultraviolet radiation, clean and hygienic installation, convenient, strong sealing, maintenance-free; solve the problem of indoor bare installation The problem solved in the plastic pipe has defects, such as unsightly deformation, fear of impact and aging.

The surface is oxidized and polished, and the appearance is exquisite. It will not be lost or damaged due to impact, collision or crushing during installation and use. It has unique mild rigidity and mechanical properties.

The fuse plug connection is safe and reliable, saving time and energy.

Aluminum alloy lined with plastic PPR pipe is a new type of pipe developed by us. It adopts unique technology to compose aluminum alloy tube and thermoplastic through prestress, and has a double-layer structure. This type of pipeline does not deform due to heat, has strong horizontal and vertical compression capabilities, good rigidity, shock resistance and external impact resistance, and can prevent ultraviolet rays and oxygen from corroding pipelines, metal parts and radiators. Related, greatly improving the service life of the piping system.

Aluminum alloy-lined PPR pipe: the outer pipe is made of aluminum alloy pipe, and the inner pipe is made of thermoplastic pipe (PP-R/PE-RT/PB/PE), prestressed and composited into a two-layer structure (national industry standard) CJ/T321-2010 aluminum alloy composite plastic composite pipe system).

The aluminum alloy lined PPR pipe is a seamless aluminum alloy pipe formed by heating and extruding 6063 deformed aluminum, and then undergoes anodizing treatment. It has a high mass ratio and can withstand complex linear prestress, thus ensuring a small rigidity and structural strength. As a carrier of rigid structure. The inner pipe (PP-R/PE-RT/PB/PE pipe) combines the thermoplastic (PP-R/PE-RT/PB/PE) with the inner sleeve, which can withstand any aspect of stress and deformation, and It has strong corrosion resistance and is in direct contact with the conveyed medium. The material used is used as a wading heating material in the pipeline system.