Norton® TufBak® Durite® 66261101170 T461 Coated Sanding Sheet, 11 in L x 9 in W, 80 Grit, Coarse Grade, Silicon Carbide Abrasive, Paper Backing
15601170
MFG #: 66261101170
- Series: T461
- Length: 11
- Width: 9
- Abrasive Material: Silicon Carbide
- Backing Material: C-Weight Paper
- Coat Type: Closed
- Applicable Materials: Metal, Fiberglass and Bare Wood
- Color: Charcoal
- Grit/Grade: 80/Medium
Norton® TufBak® Durite® Coated Sanding Sheet, Series: T461, 11 in Length, 9 in Width, 80 Grit, Coarse Grade, Silicon Carbide Abrasive, Paper Backing, Closed Coat, Applicable Materials: 300 Series Stainless, Aluminum, Brass, Bronze, Fiberglass/Composites, Hard Carbon Steel, Hardwood, Soft Carbon Steel, Softwood, Super Alloys, Titanium and Glass, Charcoal, C-Weight Backing Weight, Waterproof: Yes
- ANSI-graded silicon carbide abrasive for fast cutting with excellent finish in wet applica
- Improved resin bond
- Advanced resin bond system for excellent flexibility and abrasive adhesion
- Sheet with C-weight
- Strong, waterproof C-weight backing is ideal for more aggressive applications while being
- Ultimate cut and lif
- This waterproof sandpaper is a good choice for heavy material removal applications
- Ultimate finish and
- Ultimate flexibility
- Environmentally stab
- CAMI Grade
ANSI-graded silicon carbide abrasive for fast cutting with excellent finish in wet applications
• Improved resin bond system
Advanced resin bond system for excellent flexibility and abrasive adhesion
• Sheet with C-weight backing comes in protective dispensers to reduce the waste and to facilitate easy, neat storage
Strong, waterproof C-weight backing is ideal for more aggressive applications while being environmentally stable, resists product curl in humidity
• Ultimate cut and life in wet applications
This waterproof sandpaper is a good choice for heavy material removal applications
• Ultimate finish and life in wet applications
• Ultimate flexibility, with wet-curl resistance
• Environmentally stable, resists humidity-caused curling
• CAMI Grade