Diteq C-51 Wet Double Pointed Concrete Core Bits
The Diteq C-51 Wet Double Pointed Concrete Core Bit Series is designed for professional-grade drilling in high psi concrete, heavily reinforced with rebar, and other hard aggregates. This core bit series ensures superior performance, durability, and efficiency for demanding drilling tasks.
The Diteq C-51 Wet Double Pointed Concrete Core Bit Series is designed for professional-grade drilling in high psi concrete, heavily reinforced with rebar, and other hard aggregates. This core bit series ensures superior performance, durability, and efficiency for demanding drilling tasks.
The Diteq C-51 Wet Double Pointed Concrete Core Bit Series is designed for professional-grade drilling in high psi concrete, heavily reinforced with rebar, and other hard aggregates. This core bit series ensures superior performance, durability, and efficiency for demanding drilling tasks.
Key Features:
High-Performance Segments: Features double-pointed segments for enhanced drilling speed and efficiency. These segments are specifically engineered to handle tough drilling conditions in high psi concrete and rebar.
Optimized for Wet Use: Designed exclusively for wet drilling, providing superior cooling and reduced wear, which extends the lifespan of the core bits.
Precision Engineering: Manufactured with high-quality diamonds and advanced bonding technology to ensure precise and consistent drilling performance.
Versatile Applications: Ideal for a wide range of professional applications, including construction, renovation, and heavy-duty drilling projects.
Specifications:
Segment Type: Double Pointed
Use: Wet only
Applications: High psi concrete, heavy rebar, hard aggregate
Sizes Available: Multiple sizes to suit various drilling needs
Why Choose Diteq C-51 Core Bits?
Diteq's C-51 series core bits are crafted to meet the rigorous demands of professional contractors. The double-pointed segment design allows for faster drilling and better water flow, reducing friction and heat buildup. This ensures a longer lifespan for the core bit, making it a cost-effective choice for high-volume drilling operations.
