FRP pipes production equipment

Microcomputer-controlled fiberglass pipe winding equipment is a system that utilizes a microcomputer control system to perform the winding process for fiberglass pipes. This equipment plays a crucial role in the production of fiberglass pipes, directly affecting product quality and production efficiency.

The ease of operation and the stability of the computer in microcomputer-controlled fiberglass pipe winding equipment have a significant impact on product quality and production efficiency. By inputting the designed parameters into the microcomputer, it can automatically complete the design of the winding pattern and control the winding process. For example, after the inner liner is cured, the microcomputer controls the alkali-free, twist-free glass fiber to perform reciprocating winding until the specified thickness is achieved.

Furthermore, the microcomputer control system can preset parameters such as the amount of cutting fiber for the inner liner, the structural layer cutting fiber, the winding fiber, quartz sand, and resin, which are then controlled by a PLC (Programmable Logic Controller). This high level of automation not only improves production efficiency but also ensures product quality consistency.

Microcomputer-controlled fiberglass pipe winding equipment is widely used in the production of various types of fiberglass pipes, including sand-filled pipes, insulated pipes, and high-pressure pipes. These equipment typically consist of multiple parts, such as a liner making machine, sand winding machine, curing station, finishing machine, and a fully hydraulic gantry demolding machine.

By providing high automation and precise control, microcomputer-controlled fiberglass pipe winding equipment significantly enhances the efficiency and quality of fiberglass pipe production.