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Open-pit Rock Drilling Rig Drill Tools · Threaded Connection Ball Tooth Bit_T45
Outstanding reliability with low tooth breakage, minimal tooth loss, and reduced shank fractures—ensuring long-term, stable performance.
Its lifespan is approximately 5 to 6 times longer than that of standard blade-head rock bits of the same diameter, significantly cutting down on re-sharpening frequency, saving auxiliary labor time, and reducing overall workload intensity.
Additionally, it performs well across a wide range of rock hardness levels, offering versatile applicability and diverse customization options.
Open-pit Rock Drilling Rig Drill Tools · Threaded Connection Ball Tooth Bit_T38
Outstanding reliability with low tooth breakage, minimal tooth loss, and reduced shank fractures—ensuring long-term, stable performance.
Its lifespan is approximately 5 to 6 times longer than that of standard blade-head rock bits of the same diameter, significantly cutting down on re-sharpening frequency, saving auxiliary labor time, and reducing overall workload intensity.
Additionally, it performs well across a wide range of rock hardness levels, offering versatile applicability and diverse customization options.
Open-pit Rock Drilling Rig Drill Tools · Threaded Connection Ball Tooth Drill Bit_32R
Outstanding reliability with low tooth breakage, minimal tooth loss, and reduced shank fractures—ensuring long-term, stable performance.
Its lifespan is approximately 5 to 6 times longer than that of standard blade-head rock bits of the same diameter, significantly cutting down on re-sharpening frequency, saving auxiliary labor time, and reducing overall workload intensity.
Additionally, it performs well across a wide range of rock hardness levels, offering versatile applicability and diverse customization options.
Precisely connect the rock drill to the drill rod, optimizing the impact force transmission path to ensure lossless output of drilling energy and significantly boosting drilling efficiency.
Crafted from high-strength alloy materials and enhanced through heat treatment processes such as carburizing and quenching, these components boast superior surface hardness and toughness, effectively resisting high-frequency impacts and wear while extending their service life.
Available in a variety of structural designs: the compact and flexible female drill shank is ideal for small-diameter operations, while the robust male drill shank delivers powerful shear force, making it perfect for large-diameter applications—catering to diverse operational needs with ease.
It enables stable operation in soft rock, soil, and certain moderately hard rocks, ensuring that drilling efficiency remains unaffected by fluctuating geological conditions.
Combined with down-the-hole drilling technology, this solution minimizes impact energy loss, significantly boosting drilling speed and accuracy while optimizing overall operational efficiency.
The design is straightforward, making installation, setup, and replacement processes effortless, resulting in low maintenance costs and reducing the physical workload for construction personnel.
Featuring a four-dimensional impactor design with a more powerful single-impact force, combined with densely arranged conical carbide teeth, this innovation significantly boosts the speed at which rock formations are broken.
The surfaces of the carbide columnar teeth undergo high-precision polishing, complemented by wear-resistant hardening treatments, dramatically enhancing the durability and compatibility between the alloy teeth and the drill body.
Additionally, the down-the-hole operation mode minimizes impact energy loss, while the integration of a high-pressure air system enables deeper, more effective drilling depth and superior hole-forming accuracy.