The Broco Diamond Ripper™ is a proven high performance blade for breaching and rescue operations. It offers industry-leading features including a thin double-layer diamond cutting edge that yields quick cut times, an aggressive texture to shred materials typically cut with carbide-tipped blades, and a nickel alloy matrix that secures the diamonds to resist erosion and provide superior wear resistance. Diamond Ripper™ blades are solid core - not laser welded - for maximum durability. Diamond Ripper™ rescue blades are economically priced for the most cost-effective performance.

The Diamond Ripper™ cuts steel, aluminum, concrete, wood, poly-carbonate and more for forced entry. Diamond Ripper™ combines the best elements of the quick wearing abrasive discs and expensive, heavy tungsten carbide edged blades. The double-layer brazed cutting edge assures aggressive cutting on tough materials, long blade life, and smooth performance to reduce fatigue. The blade's light weight means less gyroscopic effect and more control. The diamond electroplated facing protects the core, reduces heat, and prevents binding.

Diamond Ripper™ rescue saw blades are intended for use on gasoline engine powered saws that have 1 in. or 20 mm diameter arbors. Standard blade diameters are 12 in. (6300 RPM rating), 14 in. (5460 RPM rating) and 16 in. (4725 RPM rating).

• Solid core blades - not laser welded - for maximum durability
• Economically priced for the most cost-effective performance
• Applications: Breaching and rescue operations
• Thin double-layer diamond cutting edge yields quick cut times on tough materials
• Long blade life
• Smooth performance to reduce fatigue
• Blade's light weight means less gyroscopic effect and more control
• Aggressive texture to shred materials typically cut with carbide-tipped blades
• Nckel alloy matrix that secures diamonds to resist erosion and provide superior wear resistance
• Intended for use on gasoline engine powered saws that have 1 in. or 20 mm diameter arbors

Benefits:

• No need to change blades between cutting metal and other materials
• No need to choose between long blade life and fast cutting speed
• No need to compromise high inertial force vs. blade flex and binding