5 Blades PDC drag bits
Our five-blade PDC (Polycrystalline Diamond Compact) drag bits are designed for versatility and efficiency in drilling through a variety of rock formations.
With customizable sizes to meet your specific drilling needs, our bits are a popular choice for water well drilling in Africa and other regions with similar geology.
Specifications
Particularly popular in African regions, our five-blade PDC drag bits are the preferred solution for drilling water wells in challenging geologies.
Applicable to a variety of rock types including but not limited to mudstone, slate and shale.5 Blades PDC drag bits
Medium-hard rock formations such as mudstone, slate, and shale.
Wavy blade design with even tooth distribution
100mm, 118mm, 120mm, 140mm, 152mm, and custom sizes upon request.
Key Features
Customizable Sizes:Available in a range of standard sizes including 100mm, 118mm, 120mm, 140mm, 152mm,165mm,190mm,200mm,216.9mm,254mm, and more. Custom sizes can be manufactured to order.
Wavy Design:The unique wavy design of the blades ensures a full coverage of the borehole, providing a smooth and rapid drilling experience.
Even Tooth Distribution:The blades are evenly distributed across the bit, ensuring consistent cutting performance and reducing the risk of uneven wear.
Material Compatibility:Ideal for drilling through medium-hard rock formations such as mudstone, slate, and shale.
Efficiency:The design of the bit allows for rapid penetration rates, making it a preferred choice for water well drilling projects.
Why Choose Our 5 Blades PDC drag bits?
Versatility:With a range of sizes available, you can select the perfect bit for your specific drilling project.
Durability:Made from high-quality materials, our bits are designed to withstand the rigors of drilling in medium-hard rock formations.
Performance:The wavy design and even tooth distribution ensure a smooth and efficient drilling process, reducing downtime and increasing productivity.
Cost-Effective:By choosing our customizable PDC drag bits, you can reduce costs associated with frequent bit changes and maintenance.
