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KR360C/M Caterpillar Chassis Built With A Series Of Full Electric Control Rotary Drilling Rig
Hydraulic Vibro Hammer is a construction tool using hydraulic power to generate high-frequency vibrations, vibrating piles (like sheet piles, pipes, H-beams) into the ground by temporarily liquefying soil, making installation faster and quieter than impact hammers, and is used for foundation work, retaining walls, and marine projects.
The single roler bit is composed of a single cone and a lug matched by a bearing.According to different strata and construction requirements, different cutting struclures can be selected; wear resistant carbide are welded and cemented carbide inserts are inserted on the back of the lug.
Rotary drilling rig drives the shaft to rotate and exert positive pressure so that the rotary dril- ing bit can impact, roll and shear the rock. Crush the rock to form a crushing ring zone.Then break the middle pillar by the swing of the shaft and take the broken pillar out to form a hole.
The high-pressure pump commonly used in engineering construction is easy to operate and has a unique structural design for quick disassembly and maintenance. This equipment possesses characteristics such as ultra-high pressure, high efficiency and stable.
HPR45 mini rotary drilling rig has a maximum drilling depth of 16 metres, with a drilling diameter range of 325 to 1000 millimetres. The machine weighs 12,000 kilograms.
The RJP-3.0 Method realizes real-time monitoring and regulation of construction parameters through the jet drilling real-time measurement system, addressing the drawback of lacking key parameters in traditional jet grouting technology. It can simultaneously acquire basic parameters such as nozzle holder lifting speed, rotation speed, nozzle diameter and quantity, air pressure, slurry flow rate, and pump outlet pressure. It achieves real-time drilling deviation monitoring and dynamic collection of downhole pressure inside and outside the drill pipe, assists in analyzing the actual kinetic energy of the slurry and inferring the pile diameter, and forms a closed-loop control system by integrating post-construction deviation data. This significantly improves the preparation accuracy of the soil-cement mixture and construction reliability.
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