The key technical highlight of this machine is its centrifugal compaction molding process, which uses high-speed rotation to compact the concrete mixture evenly, resulting in pipes with density up to 2.4g/cm³ and pressure resistance up to 1.6MPa, meeting the requirements of high-pressure water supply projects. The full automatic PLC control system supports one-button operation, with real-time monitoring of rotating speed, material feeding amount, and forming time, ensuring that each batch of products meets the same quality standards. The split steel mold with advanced sealing device effectively prevents concrete slurry leakage during centrifugal forming, ensuring smooth inner walls of the finished pipes. The heavy-duty welded alloy steel frame provides excellent stability during high-speed rotation, reducing vibration and extending the service life of the machine. Additionally, it is equipped with a dedicated dust removal device to reduce environmental pollution during production.
The overall dimensions of the machine are 9.2m in length, 4.5m in width, and 3.6m in height. The main driving motor has a power of 37kW, with an adjustable rotating speed range of 0-60rpm. The split steel molds are available in diameters from 400mm to 1500mm, compatible with pipe lengths from 1m to 3.5m. The total operational weight is 12.6 tons, and it requires a 380V 50Hz 3-phase power supply with a maximum current of 80A. The standard production output is 10 to 15 finished pipes per 8-hour work shift. The machine is equipped with a fully automatic feeding system and a hydraulic demolding device, and the electrical control system supports remote monitoring and fault diagnosis functions.
This centrifugal high-precision cement pipe making machine is mainly applied in high-pressure water supply pipeline projects, long-distance water diversion projects, subway underpass jacking pipe construction, and sewage treatment plant pressure pipeline laying. It is suitable for professional precast concrete component factories, large-scale water conservancy construction companies, and municipal engineering companies undertaking high-grade infrastructure projects. Typical use cases include producing tapwater supply pipes for urban residential areas, manufacturing jacking pipes for urban road underpasses, and manufacturing pressure sewage pipes for industrial wastewater discharge projects. It can also be used to produce offshore power station cooling water pipes, meeting the specialized needs of high-precision and high-strength pipeline projects.
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