FRP Continuous Winding Pipe

FRP Continuous Winding Pipe is a composite pipe manufactured using a continuous winding process. Compared to fixed-length wound pipe:

Characteristic

Continuous Winding Pipe

Fixed-Length Wound Pipe

Production Process

Continuous, of arbitrary length

Produced individually, with a fixed length (usually ≤12m).

Production Efficiency

Extremely high efficiency , suitable for large-scale standardized production.

medium

Pipe Diameter Range

Typically medium diameter (DN200-DN2400)

The widest range (from small to very large caliber)

Length

Length unlimited , reduce joints

Fixed length, multiple joints

Inner Surface

Very smooth

smooth

Structural Features

No longitudinal seams, high circumferential strength

There are longitudinal and circumferential seams

Main Advantages

High efficiency, low cost, and unlimited length

Highly flexible and capable of producing irregularly shaped parts

Application Areas

Municipal water supply and drainage: main urban water supply pipelines, sewage transmission pipelines, and reclaimed water pipelines.

Petrochemical industry: oilfield water injection pipes, crude oil transportation pipes, and chemical corrosive medium transportation pipes.

Power industry: circulating water pipelines, ash and slag conveying pipes.

Marine engineering: seawater desalination pipelines, marine sewage discharge pipelines.

Ventilation systems: power plant cooling tower ventilation ducts, factory large ventilation pipes.

Continuously wound fiberglass reinforced plastic (FRP) pipes lie in their high strength, high rigidity, excellent corrosion resistance, superior hydraulic performance, outstanding leak-proof properties, and the economic and length advantages resulting from continuous production . It perfectly combines materials science with advanced manufacturing processes, offering a high-performance, cost-effective, and environmentally friendly modern engineering piping solution, particularly suitable for long-distance, high-flow-rate transportation needs in corrosive environments.