Starrett Intenss Pro Bi-Metal Band Saw Blade - 07 Ft. 09 Inch, 3/4 X .035, 10/P Product Details The Starrett Intenss Pro bimetal band saw blade has an Intenssr tooth design, raker set, and a positive rake for cutting low alloy steel; aluminum; stainless steel, carbon steel; tool, die, and mold steel; steel up to C45 Rockwell hardness; nickel-based alloys; and nonferrous metal. The blade can make cuts in cuts in solid, structural, and tubular shapes, and solid and tubular bundles. The Intenss tooth has a positive rake angle for high-production cutting operations. The teeth are made of triple-tempered M-42 high-speed cobalt steel with an alloy steel backing strip that resists fatigue. It also has a variable tooth pitch that reduces noise levels and vibration. The blade has a raker set, which alternates between left-leaning, right-leaning, and unset teeth, for increased chip evacuation that reduces clogging. Band saw blades are long, continuous bands of metal that loop around the wheels of band saws and can make straight or curved cuts in metal, wood, stone, plastic, and other materials. When purchasing band saw blades, consider the application, as this will affect the choice of tooth rake, tooth set, pitch, and size of the blade. Band saw blades are available with a positive rake angle or a neutral (also called zero or straight) rake angle, and with a raker, wavy, or alternate tooth set. Pitch (the number of teeth per inch or per 25.4 mm) affects the type of finish and may be constant or variable. Band saw blades are available in different lengths and width to fit the requirements of specific band saws. The L.S. Starrett Company manufactures precision measuring tools, metrology and testing equipment, and saw blade products. The company was founded in 1880 and is headquartered in Athol, MA. - Unique tooth geometry provides intense production cutting in ferrous and non-ferrous metals
- Complete line with a full range of widths and pitches to suit a variety of cutting needs
- Good for cuts in solid, structural, and tubular shapes, and solid and tubular bundles
- Nickel-based alloys and nonferrous metal
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