Description
INCLUDES:
• (1) 4" Segmented rim diamond blade
FEATURES:
• 50% taller (13mm) segments are designed for longer life and faster cutting
• Up to 4x longer life than competitive blades
• For cutting concrete, block, brick, and pavers
• Optimum bond matrix provides a faster, longer lasting, and smoother cutting
• Up to 40% faster cutting than turbo blades
• Carefully tensioned for less vibration and a superior user experience
• Strict quality control measures ensure superior performance
• Dry or wet cutting for added versatility
• For smoother and finer cuts in masonry products
• Made with high quality diamonds
• For use with angle grinders
• Max RPM 15,300
SPECIFICATIONS:
• UPC Code : 088381-548915
• Shipping Weight : .2 lbs.
The Makita 4" Segmented Rim Diamond Blade is ideal for general purpose cutting applications including block, brick and cured concrete. The segmented slots are engineered to deliver a faster yet cooler cut. Diamond blades are part of Makita's growing line-up of solutions for concrete applications.
• (1) 4" Segmented rim diamond blade
FEATURES:
• 50% taller (13mm) segments are designed for longer life and faster cutting
• Up to 4x longer life than competitive blades
• For cutting concrete, block, brick, and pavers
• Optimum bond matrix provides a faster, longer lasting, and smoother cutting
• Up to 40% faster cutting than turbo blades
• Carefully tensioned for less vibration and a superior user experience
• Strict quality control measures ensure superior performance
• Dry or wet cutting for added versatility
• For smoother and finer cuts in masonry products
• Made with high quality diamonds
• For use with angle grinders
• Max RPM 15,300
SPECIFICATIONS:
• UPC Code : 088381-548915
• Shipping Weight : .2 lbs.
The Makita 4" Segmented Rim Diamond Blade is ideal for general purpose cutting applications including block, brick and cured concrete. The segmented slots are engineered to deliver a faster yet cooler cut. Diamond blades are part of Makita's growing line-up of solutions for concrete applications.