PPR Pipe Production Line

Three layer 16-160mm PPR Co-extrusion Composite pipe extrusion line Specification: The production process of the PP-R pipe is an extrusion molding process. First, the PP-R raw material in the hopper enters the extruder by its own weight, and is heated and extruded in the extruder barrel, and fully plasticized from the extruder port. The die is extruded and enters the setting table. After the shaping, the pipe is passed through the tractor and cut by the cutting machine. The

Hot water 20mm~75mm high strength PPR extrusion line with mark line PPR series product performance: The PP-R tube is also called a tri-type polypropylene tube and a random copolymer polypropylene. The random copolymer polypropylene is extruded into a tube and injection molded into a tube. It is a new type of plastic pipe product developed and applied in Europe in the early 1990s. PP-R was a new generation of pipe material by a gas phase copolymerization process in which the

16mm~63mm high strength PPR extrusion line for make antibacterial tube PPR series product performance: The PPR antibacterial tube allows the common PPR tube to be actively antibacterial. It uses an efficient, broad-spectrum antibacterial masterbatch that uses distributed ion exchange and encapsulation adsorption technology to release the positive ions in the antibacterial agent to the surface of the substrate. Negatively charged bacteria adsorb positively charged ions on the

Electric Use MPP Pipe Production Line 50mm - 250mm With Single Screw Extruder Specification: The production process of the MPP pipe is an extrusion molding process. First, the MPP raw material in the hopper enters the extruder by its own weight, and is heated and extruded in the extruder barrel, and fully plasticized from the extruder port. The die is extruded and enters the setting table. After the shaping, the pipe is passed through the tractor and cut by the cutting

16-160mm PPR aluminum Co-extrusion Composite pipe extrusion line Specification: The plastic aluminum steady-state tube product combines the advantages of metal tube and plastic tube. It is suitable for wide application of high temperature of the conveying medium, special conditions for oxygen barrier and special requirements, especially suitable for the surface of the radiator heating system. Layout: Raw material+additive→Mixer→Auto Feeder→Hopper dryer→Single screw Extruder→

16-160mm high strength PPR with aluminum Composite pipe extrusion line Specification: The plastic aluminum steady-state tube product combines the advantages of metal tube and plastic tube. It is suitable for wide application of high temperature of the conveying medium, special conditions for oxygen barrier and special requirements, especially suitable for the surface of the radiator heating system. PPR pipes are widely used in industrial and residential buildings, sanitary

Water supply pipe 75-160mm high strength PPR extrusion line with mark line Specification: The production process of the PP-R pipe is an extrusion molding process. First, the PP-R raw material in the hopper enters the extruder by its own weight, and is heated and extruded in the extruder barrel, and fully plasticized from the extruder port. The die is extruded and enters the setting table. After the shaping, the pipe is passed through the tractor and cut by the cutting machine

Hot cold water pipe1~3inch high strength PPR extrusion line with mark line PPR series product performance: Compared with traditional cast iron pipe, galvanized steel pipe and cement pipe, PPR pipe has the advantages of energy saving, environmental protection, light weight, high strength, corrosion resistance, smooth inner wall without scaling, simple construction and maintenance, long service life, etc. It is used in construction, municipal, industrial and agricultural fields

PLC control 16mm~63mm high strength PPR pipe production line for hot water PPR series product performance: Density: 0.9g/cm3 Elastic modulus: 20 ° CMPa 800 Thermal expansion coefficient: 1/K 1.5*10-4 Heating coefficient: W/m°C 0.21 Longitudinal retraction rate: % ≤ 2 Simple beam impact test: % breakage rate ≤ 10 Solvent flow rate: [230 ° C / 2.16 kg ] rate of change ≤ 30% of raw materials Hydrostatic pressure: 20 ° C, 1 h / 95 ° C, 22 h / 95 ° C, 1000 h no damage, no leakage