Norton 91309 REVvive by RSG Double-Sided Cutting Wool Pad, 8 in Diameter
- The Norton REVvive by RSG 91309 double-sided cutting wool pad (part number 91309) is a premium steamed and twisted white wool pad engineered to remove severe swirl marks, scratches, and heavy oxidation from refinished paint surfaces.
- Features:
- 100 percent steamed and twisted white wool — minimizes shedding and maintains aggressive cutting action over extended use
- Double-sided design — provides longer life and more usage before replacement
- 8 in diameter — covers large surface area for efficient compounding and polishing
- Consistent aggressiveness — tight wool twisting ensures reliable performance throughout pad life
- Specifications:
- Part No.: 91309
- Product Line: NRV
- MFR Model: 66623391309
- Application: For buffing/polishing
- Manufacturer: NORTON REVIVE PRODUCTS
- Trade Mark: REVvive
- Alternate Part Number-1: 66623391309
- UPC: 666233913090
- Brand: RSG
- Part Status: A
- Overall Diameter (in): 8
- Pad Material: Wool
- Type: Double Sided
- The REVvive by RSG 91309 can also be referred to as wool cutting pad, double-sided wool compounding pad, heavy cut wool pad, paint surface abrasion pad, RSG wool cutting pad.
Norton, now part of Saint-Gobain, produces the REVvive by RSG 91309 double-sided wool pad—crafted from steamed and twisted white wool to deliver consistent, high-performance cutting action for restoring refined paint finishes.
Q: What surface imperfections does this pad remove effectively?
A: It is specifically formulated to eliminate severe swirls, scratches, and heavy oxidation on sanded or wet-sanded refinished paint surfaces.
Q: How does the wool twisting affect performance?
A: The tight steaming and twisting of the wool minimize shedding and ensure the pad maintains consistent aggressiveness, delivering extended use and reliable performance.
Q: What is the diameter of the pad and how does that benefit users?
A: The 8 in diameter pad covers larger areas per pass, reducing compounding time and increasing operational efficiency on refinishing jobs.
