The FRP/GRP Pipe Filament Winding Machine is a high-performance industrial solution engineered for the precision manufacturing of reinforced plastic piping. Integrating six specialized modules—including an inner layer manufacturing machine, computer-controlled mortar-winding system, curing station, repairing machine, mould unloading system, and resin mix station—this production line ensures a seamless transition from raw materials to high-strength finished pipes. Powered by advanced Taiwan STD industrial control computers, the system automates linearity design and synchronizes mandrel rolling speed with carriage movement for unparalleled accuracy.
Designed for maximum efficiency, our adding mortar-winding technology significantly optimizes structural integrity while reducing production costs. By integrating mortar without compromising the leak-proof or structural layers, the system achieves a 40% cost reduction compared to conventional FRP pipe production while substantially enhancing stiffness. These pipes are ideal for demanding environments, offering lightweight, anti-corrosive properties and low surface roughness, making them the premier choice for water supply, petrochemical industries, sewage treatment, and ocean development projects.
| Max Diameter | DN4000mm | Effective Length | 12000mm |
|---|---|---|---|
| Total Power | 193.6kw (97.6kw if Temp > 15ºC) | Productivity | 1000kg/h |
| Curing Temperature | 105~160 ºC | Max Roving Speed | 90m/min |
| Max Roving Width | 200mm | Max Sand Conveyance | 100kg/min |
| Max Unloading Force | 83t | Rated Drawing Force | 5t |
Advanced mortar-winding technology increases pipe rigidity without affecting the leak-proof layer.
Annual capacity of 5000t with a production rate of 1000kg/h for large-scale operations.
Achieves a 40% reduction in production costs compared to common FRP pipe manufacturing.
Taiwan STD industrial control ensures automatic linearity design and synchronized movement.
Produced pipes are highly resistant to chemicals, ideal for petrochemical and sewage use.
Suitable for agricultural irrigation, ocean development, and municipal water drainage.
Advanced Taiwan STD industrial computers handle all linearity calculations and movement synchronization.
Six-part integrated system optimizes the process from resin mixing to final mould unloading.
Smart curing stations with adjustable baking boards (105~160 ºC) for optimal polymer hardening.
ISO9001 and ISO14001 certified processes ensure consistent global quality standards.
Efficient resin and roving conveyance systems reduce waste and maximize material utilization.
Standardized models (QFW-300 to QFW-4000) allow for fast installation and scaling.
| Performance Metric | Conventional FRP Machine | Aoliande Mortar-Winding |
|---|---|---|
| Material Cost | Standard Market Rate | 40% Reduction |
| Structural Stiffness | Baseline Level | Significantly Improved |
| Automation Level | Manual/Semi-Auto | High-Grade Computerized |
| Production Speed | Moderate | Up to 1000kg/h |
| Annual Capacity | Variable | Up to 5000t |
The mortar-winding process significantly increases the stiffness of the pipe while reducing material costs by approximately 40% compared to traditional methods, all without compromising the leak-proof layer.
Our machines utilize advanced Taiwan STD industrial control computers, which automatically handle the linearity design and synchronize the movement between the mandrel and the carriage.
Yes, we offer a range of models from QFW-300 to QFW-4000, covering diameters from DN15mm up to DN4000mm and lengths up to 12 meters.
The total power is 193.6kw. However, if the indoor temperature exceeds 15ºC during winter, the baking board can be powered off, reducing total power consumption to 97.6kw.
The produced pipes are widely used in water supply and drainage, agricultural irrigation, the petrochemical industry, ocean development, and sewage treatment plants.
Yes, Hebei Aoliande is ISO9001 and ISO14001 certified, ensuring that all equipment and FRP products meet international quality and environmental management standards.
