diamond cut off blades

Diamond, Nickel Bond Cut Off Blades for Laboratory & Other Saws

Diamond, Nickel Bond Cut Off Blades for Laboratory & Other Saws Nickel Bond Diamond Cut off blades Blades usually have

SMART CUT® 2020

Diamond, Nickel Bond Cut Off Blades for Laboratory & Abrasive Cut Off Saws
Nickel Bond Diamond Cut off blades Blades usually have a single layer of diamonds, held by a tough durable nickel alloy. diamond particles to protrude from the bond matrix, providing a free, faster cutting action with minimum heat generation.  Recommended for cutting softer and more gummy materials, where sintered (metal bond) diamond wafering blades load up or glaze over frequently. Unlike sintered (meal bond) cutting blades where diamond is impregnated inside metal binder matrix based on bronze, copper, nickel and other alloys.

SMART CUT® Series 3000R Resin Bond, Diamond Cut Off Blade

Resin Bond Diamond Cut off blades (Fine Size Diamond) for use on manual tile saws
SMART CUT® Series 3000R are the highest quality & most commonly used Resin Bond Diamond Cut off Blades / Cut Off Wheels available today. Finer Diamond Grit Size, and Slightly Higher Diamond Content then the SMART CUT Series 2000R blades. They are used for cutting very thin wall tubing, more fragile material, that need best surface finish possible to achieve. Cutting speed would be slower then the 2000R series. These blades cut more slowly due to their finer grit size, which provides less aggressive material removal. They are better suited for precision tasks where cut quality is prioritized over speed. The finer grit results in a much smoother surface finish with minimal chipping, making them ideal when a high-quality, clean cut is needed, especially for delicate materials The resin bond diamond cut off blades / cut off wheels excel in delivering superior cut quality compared to other diamond cutting blade, making them ideal for applications where cut quality and surface finish is highly important. They are designed to operate at higher speeds to minimize heat generation and improve surface finishes.