Product Description

The HW925 down-the-hole (DTH) blasting drilling rig offers a compelling balance of power and precision for diverse drilling tasks. Boasting 58 KW of power, this DTH hammer drilling machine is optimized for drilling diameters ranging from φ110 to φ140 mm. Its impressive maximum torque of 3200 Nm ensures efficient penetration through various geological formations, making it a reliable choice for blast hole drilling operations.
With a propulsion force of 20 kN and a lifting force of 45 kN, the HW925 maintains stability and control during drilling. The compact shipping dimensions of 5700*2324*2550 mm enhance its portability without compromising performance. Ideal for applications in construction, mining, and quarrying, this drilling rig's selling points include its high torque, versatile drilling diameter range, and compact design. The HW925 is tailored for contractors seeking a reliable and efficient DTH drilling rig capable of delivering precision in blast hole drilling across diverse terrains.
Model |
HW925 |
Power (KW) |
58 |
Drilling diameter (mm) |
φ110-140 |
Maximum torque (Nm) |
3200 |
Propulsion (kN) |
20 |
Lifting force (kN) |
45 |
Shipping Dimensions (mm) |
5700*2324*2550 |
Versatile Drilling Range
The rig's capacity to handle drilling diameters from φ110 to φ140 mm offers versatility, allowing operators to adapt to different project requirements and geological conditions.
High Torque for Efficient Drilling
With a maximum torque of 3200 Nm, the HW925 excels in challenging formations, ensuring efficient and quick penetration, thereby increasing overall drilling productivity.
Compact and Portable Design
The rig's compact shipping dimensions (5700*2324*2550 mm) make transportation and on-site maneuverability hassle-free, enabling operators to access and navigate diverse terrains with ease.
Durable Construction
Designed for rugged environments, the HW925 features robust construction, enhancing its durability and longevity. This durability ensures a reliable performance even in demanding drilling conditions.




