DIAMOND BLADE 4-1/2 - A-95071
MAKA95071
Prix régulier
$20.07
Preorder today
- The optimal bonding matrix provides the optimal balance between wear, breakage, and exposure in order to maximize the cutting capacity of the diamond content.
- Optimal diamond blades cut faster, longer, and smoother in a variety of materials
- Highest quality diamond content for maximum cutting capacity
- Premium quality steel core for maximum stability and durability
- Laser-welded (segmented rim blades) or sintered (continuous rim blades) to ensure the strongest possible joints
- The optimal bonding matrix provides the optimal balance between wear, breakage, and exposure in order to maximize the cutting capacity of the diamond content.
- Optimal diamond blades cut faster, longer, and smoother in a variety of materials
- Highest quality diamond content for maximum cutting capacity
- Premium quality steel core for maximum stability and durability
- Laser-welded (segmented rim blades) or sintered (continuous rim blades) to ensure the strongest possible joints
MAKA95071
Prix régulier
$20.07
Preorder today
- The optimal bonding matrix provides the optimal balance between wear, breakage, and exposure in order to maximize the cutting capacity of the diamond content.
- Optimal diamond blades cut faster, longer, and smoother in a variety of materials
- Highest quality diamond content for maximum cutting capacity
- Premium quality steel core for maximum stability and durability
- Laser-welded (segmented rim blades) or sintered (continuous rim blades) to ensure the strongest possible joints
- The optimal bonding matrix provides the optimal balance between wear, breakage, and exposure in order to maximize the cutting capacity of the diamond content.
- Optimal diamond blades cut faster, longer, and smoother in a variety of materials
- Highest quality diamond content for maximum cutting capacity
- Premium quality steel core for maximum stability and durability
- Laser-welded (segmented rim blades) or sintered (continuous rim blades) to ensure the strongest possible joints