Achieve superior precision in structural demolition with our advanced wall saw blade series. Specifically optimized for the rigorous demands of modern construction, this concrete blade wall solution utilizes automated laser-welding to guarantee an unbreakable bond between the steel core and the diamond segments. If searching for the best blade for cutting dry wall or high-PSI reinforced concrete, our specialized diamond matrix provides the aggressive bite needed to slice through heavy rebar with ease.
Our manufacturing facility produces every wall cutting blade size required for professional contracts, ranging from 600mm for standard modifications to 2000mm for massive civil engineering tasks. Designed to run cool under extreme friction, the innovative U-slotted segments facilitate rapid debris removal, ensuring your hydraulic or high-frequency electric equipment maintains maximum RPM throughout the cut.
| Inch | Diameter (mm) | Teeth Length (mm) | Teeth Thickness (mm) | Teeth Height (mm) | Teeth Number (nos) |
|---|---|---|---|---|---|
| 32" | 800 | 40 | 4.8/5 | 10 | 46 |
| 32" | 800 | 40 | 4.8/5 | 12 | 46 |
Our wall saw blades are engineered to operate seamlessly with standard hydraulic, high-frequency electric, and track-mounted wall sawing systems powered by 10HP up to 60HP+ units.
Yes. Designed with high-grade industrial diamond concentrations and optimized bond matrixes, our laser-welded segments effortlessly cut through dense aggregate and heavy steel reinforcing bars.
We provide fully customized solutions from 600mm to 2000mm in diameter, along with custom segment thicknesses, tooth numbers, and borehole patterns tailored to specific machine requirements.
Automated laser welding creates a high-integrity metallurgical bond between the diamond segment and the steel core, significantly reducing segment loss risks under extreme heat, shear, and operational RPM.
Wet cutting is strongly recommended for structural wall sawing. Water acts as a crucial coolant to preserve core integrity, flush away abrasive slurry, and dramatically extend overall blade lifespan.