Weiler 06080 6" Medium Face Crimped Wire Wheel, .014" Steel Fill, 2" Arbor Hole, Made in the USA
$38.00
$54.00
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Style:
Steel
Stainless
Size:
0.006 Wire Size
0.008 Wire Size
0.0104 Wire Size
0.0118 Wire Size
0.014 Wire Size
Unavailable
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Product Details
THE TRUSTED BRAND: For straight grinders, stationary bench or pedestal grinders, and buffing lathes
UNIFORM BRUSHING ACTION: For light to medium cleaning, deburring, blending, finishing applications
LONG LASTING DURABILITY: Has a solid ring construction and reduced wire fatigue and breakage
HIGH TENSILE STRENGTH: Steel fill brushes are great for working on carbon steel surfaces
MADE IN USA: Brush dia 6 in, trim length 1-1/8 in, width 1 in, wire dia .014 in, arbor size 2
Weiler Wheel Brush, Medium Face, 6 in Brush Dia, 1 in Face Width, 2 in Arbor Hole Size, Crimped Filament/Wire Type, 0.014 in Filament/Wire Diameter, Steel Fill, 1-1/8 in Trim Length, 6000 rpm Maximum, Unthreaded Arbor Attachment. Provides a flexible brushing action and consistent performance for demanding light-duty cleaning and deburring applications on steel, armored steel, cast iron, ductile iron and tool steel parts. Featuring Weiler's solid ring construction, these radial brushes are available in heat-treated steel, type 302 stainless steel and brass wire. 2" arbor hole for use on CNC/milling/automatic machine, bench/pedestal and straight grinders. Crimped Wire Wheels with Arbor Hole are intended for use on straight grinders and stationary machines such as bench or pedestal grinders and buffing lathes. Featuring Weiler’s solid ring construction, these radial brushes are available in heat-treated steel, Type 302 stainless steel and brass wire for use in a wide variety of applications. Engineered and manufactured to maximize performance and minimize operating costs in the most demanding surface conditioning applications. The use of superior construction, the highest quality materials and the most stringent manufacturing processes deliver the lowest cost-of-use and most consistent performance in heavy production environments.
