Description
Tackle your aluminum, fiberglass, composite and wood sanding, and finishing jobs while maximizing value with the A290 medium grit paper H&L disc. The hook and loop back holds the P-graded aluminum oxide abrasive disc on your machine easily, so you can quickly take advantage of the fast cut rates and consisting finishing results. A No-Fil water-based stearate coating and an open coat design extend the disc life by minimizing loading. Get the flexibility you need without sacrificing tear strength thanks to fiber reinforcing in the latex-saturated C-weight backing
Features:
* P-graded aluminum oxide abrasive provides increased life, fast cut rate, consistent finish
* Water-based stearate, No-Fil coating and open coat minimize loading
* Good choice and value for fine grit dry sanding, finishing, and micro-finishing aluminum, fiberglass, composites, hard woods and soft woods; hook and loop back for easy disc mounting and changing
* P-graded aluminum oxide abrasive provides increased life, fast cut rate, consistent finish Unique fiber reinforced, flexible C-weight latex saturated backing increases tear strength while retaining flexibility Water-based stearate, No-Fil coating and open coat minimize loading Good choice and value for coarse grit dry stripping, blending, and sanding aluminum, fiberglass, composites, hard woods and soft woods; hook and loop back for easy disc mounting and changing
Specifications:
Size: 9" x 5" | Manufacturer: Norton | Manufacturer Part Number: 02466 | Case Weight: 0.9 | General Information: Tackle your aluminum, fiberglass, composite and wood sanding, and finishing jobs while maximizing value with the A290 medium grit paper H&L disc. The hook and loop back holds the P-graded aluminum oxide abrasive disc on your machine easily, so you can quickly take advantage of the fast cut rates and consisting finishing results. A No-Fil water-based stearate coating and an open coat design extend the disc life by minimizing loading. Get the flexibility you need without sacrificing tear strength thanks to fiber reinforcing in the latex-saturated C-weight backing
