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Norton Abrasives MH62D0309194 3" Bear-Tex Rapid Prep Non-Woven Quick-Change Disc TR (Type III) Aluminum Oxide Coarse Grit Fashion

Original price was: $4.42.Current price is: $1.77.

SKU: US-6726970900685 Categories: , Tag:

Description

Norton Abrasives MH62D0309194 3" Bear-Tex Rapid Prep Non-Woven Quick-Change Disc TR (Type III) Aluminum Oxide Coarse Grit

Short Description

Norton Abrasives 31191500 3″ Bear-Tex Rapid Prep Non-Woven Quick-Change Disc TR (Type III) Aluminum Oxide Coarse Grit


Full Description

Type Non-Woven Discs,Discs Connection Type SL3
Diameter 3″ Series STE
Grade Coarse Grit Style Rapid Prep
Abrasive Material Aluminum Oxide Description Discs with attachments (“Speed Lok”)
Color Brown Face Width 1/4″
Maximum RPM 20,000 Standard Pack 25

• Non-Woven Quick-Change Disc,Quick Change Discs • Enjoy a fast cut rate when you equip your right angle grinder with this Bear-Tex Rapid Prep A/O coarse grit TR (Type III) non-woven quick-change disc. Crafted from nylon fiber with a durable scrim backing, this disc features a performance-enhancing aluminum oxide abrasive grain coating. The coarse grit is suitable for removing moderate amounts of material and blending welds on stainless steel and soft metals, including titanium, carbon steel and aluminum. With proprietary Clean Bond resin technology, this disc delivers a smear-free finish on high-nickel alloys. • Quality aluminum oxide abrasive grain coating provides up to 20% higher cut rate and 50% better performance than competitive products • Premium high-loft nylon fiber bonded to a strong nylon scrim backing allows a thick layer of resin bond and grain for extended life, added durability and stiffness • Proprietary Clean Bond resin technology guarantees smear-free finishes even on high nickel content alloys and reduces loading on aluminum and other soft metals • Coarse grit for moderate material removal and initial blending of welds including stainless, soft metals like aluminum, carbon steels, and titanium • Ty TR/III fit roll-on/roll-off metal attachment system