Our advanced FRP Tank Winding Machines are engineered for precision and high-performance manufacturing of fiberglass reinforced plastic storage solutions. By integrating premium German Siemens transducers, servo systems, and photoelectrical encoders, these machines ensure unparalleled stability and accuracy. Whether you are producing standard industrial tanks or massive custom vessels, our technology streamlines the filament winding process through automated linearity design and computer-controlled precision.
Designed to overcome the logistical challenges of transporting oversized structures, we offer specialized Site Winding Machines. These modular systems can be transported to the client's facility and assembled on-site, enabling the production of ultra-large caliber FRP tanks up to 25 meters in diameter. From chemical storage to petroleum and brewery applications, our equipment delivers industrial-grade durability and efficiency for global infrastructure projects.
| Winding Diameter Range | DN600mm to 25,000mm | Maximum Length | 12,000mm |
|---|---|---|---|
| Winding Angle | 45° to 90° (Model Dependent) | Total Power | 10kw to 18.6kw |
| Productivity | 500kg/h to 550kg/h | Max Roving Width | 150mm to 1680mm |
| Control System | Taiwan Industrial Computer / Siemens | Max Torque | 68,350 N·m (Site Model) |
| Max Rotating Speed | 4.6 rpm | Max Section Height | 6m (Expandable via sections) |
Equipped with German Siemens transducers and servo systems for maximum operational stability and precision.
Input parameters into the computer to automatically generate winding linearity designs, reducing manual error.
Modular combined structure allows for easy transport and on-site assembly for tanks exceeding 4000mm.
User-friendly industrial control interface from Taiwan ensures easy operation and parameter management.
Capability to wind super-large diameter tanks up to 25m, meeting the most demanding industrial needs.
ISO9001 and ISO14001 certified manufacturing ensuring reliability for international chemical and oil sectors.
Optimized roving and resin feed management to ensure continuous production without downtime.
Real-time synchronization between the design computer and the carriage movement for zero-error winding.
Integrated photoelectrical encoders provide instant feedback on positioning and winding angles.
Specialized modules for on-site installation, reducing project lead times for large tanks.
Strict adherence to ISO9001 standards throughout the manufacturing and winding process.
Adaptable software for varying industries including Chemical, Petroleum, and Brewery sectors.
| Feature | Traditional Winding | Our Computerized System |
|---|---|---|
| Design Speed | Manual Calculation | Automated Linearity Design |
| Diameter Limit | Fixed Factory Size | Up to 25m (Site Winding) |
| Precision | Manual Adjustment | Siemens Servo Control |
| Labor Cost | High Manual Labor | Low (Computer Managed) |
| Waste Rate | Moderate | Minimal (Precision Layout) |
Site winding eliminates the transport limitations of oversized tanks. By assembling the machine at the client's foundation, we can produce tanks with diameters up to 25m that would otherwise be impossible to move via road.
We utilize high-end components including Siemens transducers, servo systems, and photoelectrical encoders from Germany, paired with industrial computers from Taiwan for a robust and precise operation.
Yes, our machines support various winding angles (e.g., 45°, 60°-90°) depending on the model and the structural requirements of the FRP product being manufactured.
These machines are widely used in the chemical industry, petroleum sector, breweries, and water pollution prevention equipment manufacturing due to the corrosion-resistant nature of FRP.
Yes, with productivity rates between 500kg/h and 550kg/h, our machines are designed for high-efficiency industrial output, and we offer different models to match your specific scale needs.
Absolutely. Hebei Aoliande Chemical Equipment Co., Ltd. is ISO9001 and ISO14001 certified, ensuring that all machinery meets stringent international management and quality guidelines.
