PFERD TOOLS 20110
Indexable Grinding Wheel, 4-1/2 in Dia, 5/16 in Dia Hole
- BIPN:
- PFE-20110
- UPC:
- 097758201100
- Availability:
- Typically Ships 7 - 21 days
- Quantity Interval:
- 1 / EA - Each
This product is NON-RETURNABLE.
Prop 65 - WARNING: This product contains chemicals known to the State of California to cause cancer. For more information: www.P65Warnings.ca.gov
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PFERD Indexable Grinding Wheel, 4-1/2 in Diameter Cutting, 10 Inserts, 5/16 in Diameter Hole
PFERD produces an extensive range of top quality carbide burs and bi-metal hole saws. PFERD burs deliver very high stock removal performance over their entire service life, providing outstanding results in minimal time. The innovative ALUMASTER High Speed Disc is a unique product with an extremely high stock removal rate. It is ideal for processing aluminum as it does not generate hazardous or explosive dust. It consists of specially developed tungsten carbide cutting inserts, which are fixed to the High Speed Disc. Special disc for processing particularly challenging aluminum alloys using an angle grinder. The cutting inserts come with a HICOAT coating. Also suitable for peripheral milling and milling out root welds.
Includes: (1) ALUMASTER HSD-R Hicoat 4-1/2 in or 5 in High Speed Disc, Mounted Tungsten Carbide Cutting Inserts, Torx Key and Plastic Box
Application: Milling Out, Surface Work, Milling, Weld Dressing, Work on Fillet Welds and Root Seam Processing Applications
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- Cutting Diameter 4-1/2 in
- Hole Diameter 5/16 in
- Number of Inserts 10
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- Does not generate hazardous or explosive aluminum dust
- Does not require an extraction system
- Cost-effective and eco-friendly alternative to grinding wheels and flap discs of comparable weight
- Innovative and robust cut geometry for maximum safety, extreme durability, and ease of work
- Specially developed, turnable, and replaceable tungsten carbide cutting inserts
- Exceptionally high stock removal rate
- Extremely high degree of hardness, very low friction coefficient, very low tendency towards adhesion, improved surface quality, and reduced burr formation, all due to the HICOAT® coating