Optimized for enhanced debris clearance in soft rock formations, they are particularly effective in rocks containing clay or mud, allowing for rapid penetration while minimizing clogging to the maximum extent.

Optimized for enhanced debris clearance in soft rock formations, they are particularly effective in rocks containing clay or mud, allowing for rapid penetration while minimizing clogging to the maximum extent.

Alloy scraper diamond core water well drill bit, full-piece

Optimized for enhanced debris clearance in soft rock formations, they are particularly effective in rocks containing clay or mud, allowing for rapid penetration while minimizing clogging to the maximum extent.

The concave straight-line drill bit is engineered for fast, obstruction-free drilling, enhanced durability, and accurate straight drilling without deviations.

Advanced electroplating technology uniformly fixes diamond particles on the cutting edges, enhancing the drill bit's penetration ability and wear resistance in extremely hard rock layers. This type of drill bit is particularly suited for complex geological conditions.

The ribbed design optimizes debris removal, enhances penetration, and improves stability and balance during drilling; PDC material provides exceptional durability and wear resistance.

Suitable for level 8-9 hard rock layers, such as basalt or diabase, PDC material enhances the overall strength and durability of the drill bit.

The double-rib design enhances stability and balance during drilling, improves impact resistance, and facilitates better debris removal. PDC material increases overall strength and provides superior wear resistance.

The four-wing design and concave structure enhance drilling efficiency and accuracy. Made with PDC diamond material to improve wear resistance and cutting capabilities, it effectively boosts rock-breaking efficiency and debris removal, reducing clogs.

The NQ non-diamond reaming shell is used for geological drilling, serving as a durable blank reamer specifically designed for stabilizing standard boreholes. Its structure enhances the consistency and verticality of the borehole diameter, ensuring stability and accuracy throughout the drilling process.

The PDC 6-tooth core drill bit is made of high-hardness polycrystalline diamond material, featuring a six-tooth design to enhance cutting efficiency and drilling speed.

The PDC Core Drill Bit with Blade Segments is designed for precision drilling in hard rock and granite. Featuring durable polycrystalline diamond material and blade segments, this drill bit reduces wear and enhances cutting efficiency. Its tube section aids in stabilizing the bit, ensuring...

The three-wing design offers excellent drilling efficiency and stability, while the concave structure helps concentrate drilling pressure, enhancing drilling precision and linearity. PDC material grants the drill bit high wear resistance and strength

PDC material endows the drill bit with excellent wear resistance and strength, ensuring high efficiency in extreme hard rock conditions. The flat-top design enhances contact efficiency with rock, increases drilling speed and penetration power, and effectively reduces wear during use.

The ribbed design optimizes debris removal, enhances penetration, and improves stability and balance during drilling; PDC material provides exceptional durability and wear resistance.

This patented PDC spiral drill bit features a unique spiral design that optimizes chip evacuation, reducing clogging and friction during drilling. This design not only enhances drilling precision but also significantly improves the drill bit's lifespan and stability. Specifically engineered for drilling into hard granite,...

This drill bit is specifically designed for medium to hard rocks, equipped with sharp cutting edges that significantly reduce friction and wear when drilling through granite or metamorphic rocks. The use of PDC material further enhances its overall performance.

Precision Dual-Tube TSP Core Drill optimized for deep rock sampling. Incorporates TSP technology for enhanced performance in hard and fractured terrains, ensuring accurate core extraction.

The four-wing arc design of this drill bit expands the edge contact area, increasing cutting capacity, and enhancing drilling speed and penetration. The arc edges are fitted with PDC cutters, improving wear resistance and fracture toughness, making it more suitable for complex geological conditions.

(TSP) diamond drill bits are manufactured under high pressure and high temperature, suitable for drilling into very hard rocks. The manufacturing process ensures that these drill bits perform reliably under extreme conditions, making them an ideal choice for cutting through the hardest materials such...

The three-wing arc design of this drill bit expands the edge contact area, increasing cutting capacity, and enhancing drilling speed and penetration. The arc edges are fitted with PDC cutters, improving wear resistance and fracture toughness, making it more suitable for complex geological conditions.

(TSP) diamond drill bits are manufactured under high pressure and high temperature, suitable for drilling into very hard rocks. The manufacturing process ensures that these drill bits perform reliably under extreme conditions, making them an ideal choice for cutting through the hardest materials such...

(TSP) diamond drill bits are manufactured under high pressure and high temperature, suitable for drilling into very hard rocks. The manufacturing process ensures that these drill bits perform reliably under extreme conditions, making them an ideal choice for cutting through the hardest materials such...

The four-wing arc design of this drill bit expands the edge contact area, increasing cutting capacity, and enhancing drilling speed and penetration. The arc edges are fitted with PDC cutters, improving wear resistance and fracture toughness, making it more suitable for complex geological conditions.

Alloy drill bits offer wear resistance and cost-effectiveness, making them suitable for drilling loose or soft rock layers. They excel in handling unconsolidated materials such as soft soil and clay, ideal for initial drilling and exploration

The single-rib design enhances drilling stability and accelerates chip removal. PDC cutters increase wear resistance and cutting efficiency during contact with rock layers.

The four-wing arc design of this drill bit expands the edge contact area, increasing cutting capacity, and enhancing drilling speed and penetration. The arc edges are fitted with PDC cutters, improving wear resistance and fracture toughness, making it more suitable for complex geological conditions.

The double-rib design enhances stability and contact with the rock, improving penetration and chip removal efficiency. The use of PDC material enhances wear resistance and fracture toughness of the drill bit