Detailed information on Weiler Corporation's SABER TOOTH line of ceramic abrasives is available by requesting a copy of their 4-page color brochure. The Saber Tooth provides cool, fast-cutting action on aluminum, stainless steel, Inconel, titanium and other hard-to-grind metals, resulting in lower grinding and finishing costs. Saber Tooth ceramic abrasives are fast cutting and have a long life due to an aggressive self-sharpening ceramic grain. A specially formulated grinding aid prevents dulling and glazing of grain and Saber Tooth products are designed to work with heat sensitive materials for cool-cutting - protecting high value parts from heat discoloration.
Weiler's Saber Tooth flap discs grind and finish in one step, resulting in fewer changeovers and increased productivity - the ideal choice when weld blending, grinding, deburring, deflashing, surface finishing, or edge chamfering on hard to grind metals. Both the standard angled style phenolic back and the high density flat style phenolic back Saber Tooth flap discs are available in 4-1/2" and 7" sizes. In addition, Weiler provides the only ceramic trimmable backed disc in the marketplace. The 4-1/2" trimmable Saber Tooth's innovative design enables the operator to reduce the diameter of the backing to extend disc life. The trimmable backing also provides high flexibility, enabling access to hard-to-reach areas. The performance-engineered non-marking trimmable backing will not damage the work-piece, resulting in less re-work and scrap.
In addition to the popular Saber Tooth standard angled style flap disc, Weiler offers ceramic grain high density flap discs, blending discs, resin fiber discs and belts.
Saber Tooth blending discs are available in 2" and 3" diameter, with metal hub or plastic buttons in grit sizes of 36, 60 and 80. These cloth-backed coated abrasive discs are ideal for a wide range of light fabrication, repair and maintenance applications. The Saber Tooth resin fiber discs are designed for all-purpose weld blending, grinding, surface preparation and finishing.
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