Heavy-Duty Grinding Disc Water Well Rig Large Aperture Drilling For Farm Irrigation

Product Introduction of 1000 Rotary Disc Drilling

The grinding disc water well drilling rig, also known as the rotary table water well drilling rig, is driven by a rotary table and uses positive circulation mud flushing as its core. It focuses on large-diameter drilling and is suitable for multiple formations. It is a cost-effective choice for agricultural irrigation, industrial water wells, and hydrological exploration, with moderate operation and maintenance requirements.

Technical Specifications

Core strengths

• Large caliber adaptation: The maximum caliber can reach 1.8-3m, meeting the needs of high flow water wells and engineering pile holes, suitable for agricultural irrigation, industrial water use and other scenarios.
• Strong geological compatibility: Complex geological formations such as hard rock and pebble layers can be stably drilled, and with the help of mud circulation, the stability of the borehole wall is good.
• Convenient operation and maintenance: The mechanical transmission structure is mature, with fine tuned drilling and mechanical unscrewing devices, reducing manual labor intensity, and easy maintenance.
• Balancing cost and flexibility: The bulk structure is easy to transport, and the track/vehicle type can be modified to improve transfer efficiency. It can be used for both oil and electricity to adapt to multiple working conditions, and the overall cost is lower than that of rotary drilling rigs.
• Versatile functions: It combines drilling, hydrological exploration, engineering drilling and other functions, and can be used for multiple purposes to improve equipment utilization.

Applicable scenarios

• Agricultural irrigation well: large diameter, medium deep hole, suitable for large-scale water supply in farmland and orchards.
• Industrial/domestic water wells: meet the high flow demand for centralized water supply in factories and villages.
• Hydrogeological exploration: Conduct a survey of groundwater levels and geological structures to provide data for engineering planning.
• Auxiliary engineering drilling: large aperture operations such as bridge pile foundations, underground tunnel ventilation holes, etc.