FEWELL 9-Inch Diamond Blade | Segmented, General-Purpose for Dry/Wet Cutting

FEWELL 9-Inch Diamond Blade: Segmented, General-Purpose for Concrete and Masonry

This FEWELL blade is designed to handle a range of common construction tasks with a balance of aggression and control. The 230 mm diameter pairs with many table saws and grinders, while the slim 2.5 mm kerf helps reduce resistance during cuts. Tall 10 mm segments are optimized to sustain cutting momentum, support efficient cooling, and minimize heat buildup during longer sessions.

Versatility is a key feature: the blade supports both dry and wet cutting, making it suitable for concrete, brick, block, stone, and other masonry materials. This flexibility makes it a practical option for workshops and job sites where material variety is common and quick material changes are needed.

Key specifications

• Specification: 230mm (9”), thickness: 2.5mm (1/10”), segment height 10mm (2/5")
• Dry or wet cutting capability
• Arbor compatibility: fits most table saws and handheld angle grinders with a 7/8" arbor

Performance benefits

• Segmented teeth engineered for maximum cutting performance and up to 3x longer life than standard abrasive blades
• Unique segment design promotes air cooling and chip deflection, reducing stress on equipment and operator
• Long life and lower cost per cut translate to more economical project cycles and consistently cleaner cuts

Real-world use and outcomes

In practical scenarios, you may encounter dense concrete, masonry blocks, or stone slabs. The blade’s cooling geometry helps manage heat during extended cuts, while chip deflection keeps debris moving away from the cut line. Wet cutting can minimize dust and improve visibility, whereas dry cutting adds flexibility when water isn’t readily available. Expect a clean edge and smooth progression as you work through different material layers.

Tips for best results: ensure proper alignment, maintain a steady feed rate, and use intermittent watering for concrete cuts to keep the blade cool. The combination of design features aims to deliver reliable, controlled performance without claiming guaranteed outcomes across every material and condition.