Learn how to boost drilling speed and efficiency with DTH hammers. Discover tips on equipment selection, maintenance, and best practices for optimal performance.
Discover the top benefits of using down-the-hole hammers in drilling—boost productivity, reduce costs, and improve precision for efficient drilling operations.
Discover the key applications of DTH drill bits in construction, including foundation piling, tunneling, and more, for efficient and precise deep hole drilling.
The processing of fixed button is the key point in the manufacturing of button bits, and its quality directly affects the overall performance of rock drill bit.
The application of split set rock bolts in the fractured zones not only reduces the consumption of support materials, but also improves mining efficiency.
Factors that affect the preload of FRP rock bolts include torque, rock bolt diameter, thread pitch and tooth height, material and components.
Reasonable tooth arrangement design can directly affect the drilling efficiency, stability and durability of the drill bit.
The key elements of DTH bit arrange the Button design include determination of the number of buttons, calculation of button spacing, button-type selection, etc.
The optimized design of DTH drill bits can significantly improve the wear resistance, impact resistance and service life of drill bit.
The application of down-the-hole hammer and casing drilling technology in coalbed methane wells has improved drilling efficiency and reduced production costs.
The optimization of coal mining shearer pick structure has improved coal mining efficiency and also brought considerable economic benefits to the enterprise.
The correct interference fit can improve the rock breaking efficiency and service life of DTH drill bit, and can also avoid common problems such as tooth loss.
Reasonable adjustment of key parameters such as propulsion pressure, impact pressure, and rotation speed can improves the efficiency of rock drill jumbos.
The reasons for the fracture of 20CrNi3 shank adapter are excessively high quenching temperature, unstable residual stress and phase transformation, etc.
The reasons for the collapse of the 23CrNi3Mo steel shank afapter involve many aspects such as materials, process, design and use.
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