90-630mm PVC-O Pipe Extrusion Production Line

PVC-O Pipe Extrusion Production Line Description:

PVC-O pipe extrusion production line is composed by conical twin-screw extruder, mould, vacuum calibration tank, haul-off, cutter and staker etc. The PVC-O pipe extruder and haul-off adopt imported AC frequency control device, vacuum pump and haul-off motors adopt high-quality brand.

PVC-O pipe extrusion line adopts cutting-edge technology to manufacture plastic pipes. Leveraging its unique biaxial stretching process, it significantly reduces material costs for pipe production, achieving savings of over 70%. This advanced approach is gaining increasing popularity in today’s market.

PVC-O Pipe Extrusion Production Line Components:

Extruder

Die Head

Vacuum Tank

Haul-off Unit

Cutter

Belling Machine

What is PVC-O Pipe:

PVC-O pipe represents the next evolution in PVC piping. Through a specialized orientation process known as biaxial stretching technology, which involves both axial and radial stretching, the long-chain PVC molecules within the pipe are aligned bidirectionally. This alignment results in a new PVC pipe that boasts exceptional strength, toughness, impact resistance, and crack resistance.

PVC-O Pipe Advantages:

When compared to traditional PVC pipes, PVC-O pipes feature a significantly thinner wall thickness yet exhibit remarkable high-pressure tolerance. By utilizing a PVC-O pipe making machine, clients can achieve significant savings in material costs.

PVC-O pipes are manufactured through a bidirectional stretching process, utilizing a raw material composition that is largely similar to standard PVC-U pipes. However, the performance of PVC-O pipes is drastically superior to PVC-U pipes. The impact resistance of PVC-O pipes is enhanced approximately four times, while maintaining toughness even at temperatures of -20°C. Additionally, under the same pressure conditions, the wall thickness of PVC-O pipes is reduced by half compared to PVC-U pipes, resulting in a remarkable 47% savings in raw material usage. This thinner wall thickness also translates to increased water conveyance capacity, lighter pipes for easier installation, and lower transportation costs.