TFI Aluminum Saw Blades for Clean Burr-Free Cuts

Industrial aluminum fabrication demands precision, speed, and exceptional heat management. The TFI-ALU-SAW series is engineered specifically to meet these professional requirements, delivering flawless cuts with minimal material waste and extended tool longevity.

Engineered for Industrial Performance

Every blade in the TFI lineup is built around four essential pillars of geometry:

• Optimized Diameters: Ranging from 300mm to 600mm, offering the perfect match for everything from standard workshop tasks to heavy-duty industrial profile cutting.

• Standardized Bore Sizes: Available in 30mm, 32mm, and 40mm configurations to guarantee a secure, vibration-free fit on a wide variety of machine spindles.

• Advanced Kerf-to-Plate Ratios: Precision engineered clearances minimize side friction, eliminate heat buildup, and keep your cuts perfectly straight.

• High Tooth Density: Featuring configurations from Z84 up to Z140 to deliver an ultra-smooth finish, making them ideal for thin-walled extrusions and clean edge profiles.

• Optimized Diameters: Ranging from 300mm to 600mm, offering the perfect match for everything from standard workshop tasks to heavy-duty industrial profile cutting.

• Standardized Bore Sizes: Available in 30mm, 32mm, and 40mm configurations to guarantee a secure, vibration-free fit on a wide variety of machine spindles.

• Advanced Kerf-to-Plate Ratios: Precision engineered clearances minimize side friction, eliminate heat buildup, and keep your cuts perfectly straight.

• High Tooth Density: Featuring configurations from Z84 up to Z140 to deliver an ultra-smooth finish, making them ideal for thin-walled extrusions and clean edge profiles.

Technical Specifications Matrix

The TFI Advantage

By combining heavy-duty steel core plates with ultra-sharp carbide tips, the TFI-ALU-SAW portfolio minimizes acoustic noise and maximizes structural stability during continuous operation. Whether processing lightweight frames or dense structural blocks, these blades ensure optimal efficiency and superior surface quality.