Product introduction
::LEANOMS
Determining the Best DTH Hammer depends on various factors, including the specific drilling application, the geological conditions, and the drilling equipment being used. Different DTH hammers excel in different situations.
Common failures
::LEANOMS
A Best DTH Hammer is a critical component in the drilling industry, used for drilling holes in rock, soil, and other substrates. The DTH hammer operates by using compressed air to drive a piston, which strikes a drill bit at the bottom of the hole, breaking the rock or soil. The production process of a Best DTH Hammer involves several steps:
Design and Engineering:
The process starts with the design and engineering of the Best DTH Hammer. Engineers design the hammer to meet specific performance requirements, including the type of rock or soil to be drilled, the desired hole diameter, and the drilling depth.
Material Selection:
High-quality materials are selected for the various components of the Best DTH Hammer, including the body, piston, valve, and drill bit. These materials are chosen for their durability and resistance to wear and tear.
Machining and Fabrication:
The selected materials are then machined and fabricated into the different components of the Best DTH Hammer. CNC (Computer Numerical Control) machines are often used to ensure precision and consistency in the manufacturing process.
Heat Treatment:
Some components, such as the piston and drill bit, may undergo heat treatment processes to improve their hardness and durability. Heat treatment processes may include quenching and tempering.
Assembly:
Once all the individual components are ready, they are assembled into the Best DTH Hammer. This includes fitting the piston, valve, and other components into the hammer body.
Quality Control:
Quality control is a crucial step in the production process. Each Best DTH Hammer is carefully inspected for defects, dimensions, and proper assembly. This ensures that the hammer meets the required specifications and standards.
failure analysis
LEANOMS
| The DTH Hammer cannot be started | 1. There is mud or soil in the DTH Hammer. | 1. Disassemble, clean, inspect and repair. Check whether the check valve is normal. |
| 2. Damage to the solder tail tube. | 2. Replace the solder tail tube and check the guide sleeve and front joint. | |
| 3. Internal parts are damaged. | 3. Replace damaged parts. |
product parameters
LEANOMS
Technical Parameters Of DHD360 Hammer Bit
| Diameter | Gauge Buttons (mm) |
Front Buttons(mm) | Weight(KG) | Part Number | ||||
| mm | Inch | Flat Face | Convex Face | Concave Face | Face Type | |||
| 165 | 5 1/2 | Φ18*8 | Φ16*8 | / | / | Flat Face | 24.6 | LR-DHD360-165FF |
| 165 | 5 1/2 | Φ18*8 | Φ16*4 | Φ16*4 | / | Convex Face | 24.4 | LR-DHD360-165CV |
| 165 | 5 1/2 | Φ18*8 | Φ16*4 | / | Φ15*4 | Concave Face | 24.1 | LR-DHD360-165CC |
| 171 | 6 3/4 | Φ18*8 | Φ16*6 | / | Φ16*4 | Concave Face | 24.8 | LR-DHD360-171CC |
| 178 | 7 | Φ18*8 | Φ16*6 | / | Φ16*4 | Concave Face | 25.4 | LR-DHD360-178CC |
| 190 | 7 1/2 | Φ18*10 | Φ16*8 | / | Φ16*5 | Concave Face | 26.9 | LR-DHD360-190CC |
Packing
LEANOMS
Efficiency is Key: We recognize that efficiency is vital in modern logistics. Our transportation processes are designed to minimize lead times and reduce costs, ensuring that you receive your products promptly and at a competitive price.
Safety First: Safety is a top priority in our transportation operations. Our IS45001 certification demonstrates our commitment to the well-being of our employees and partners, as well as the safety of your products during transit.
