17" ALLIGATOR Aggressive Hi-Pro Floor Stripping Pads (case of 5)

The 17" ALLIGATOR Aggressive Hi-Pro Floor Stripping Pads are designed for removing layers of accumulated floor finish from VCT (vinyl composite tile) and other hard flooring surfaces. These heavy-duty pads are used with floor machines and auto scrubbers. They provide an efficient solution for commercial cleaning applications where quick and consistent floor finish removal is needed, especially for challenging buildup.

Features & Specifications

• Key Features:: Aggressive abrasive action effectively cuts through heavy floor finish.
• Non-Clogging Design: The open-weave fiber construction helps prevent the pad from becoming saturated with stripping solution and debris, maintaining consistent cutting performance. This design ensures the pad remains effective throughout the stripping process and extends its usable life.
• Heavy-Duty Construction: These pads are built for durability and prolonged use in high-production cleaning environments.
• Optimal Surface Compatibility: Formulated to deliver effective results on vinyl composite tile (VCT) and similar hard floor types.
• Specifications:: The product consists of 17" ALLIGATOR Aggressive Hi-Pro Floor Stripping Pads.
• Diameter: Each pad has a diameter of 17 inches, fitting standard 17" drive plates and floor machines.
• Quantity: Each case contains 5 pads.
• Material: The pads are made from heavy-duty open-weave abrasive fiber.
• Color: The pads are dark green. (Note: Aggressive stripping pads are commonly available in darker colors like black or brown.)
• Abrasive Level: These pads feature a highly aggressive abrasive level.
• Intended Use: Designed for floor finish stripping on VCT and hard floors.
• Application Method: Suitable for use with floor machines and auto scrubbers.
• What's included: A case contains 5 pads.

These pads help to reduce labor time on heavy finish removal jobs by working quickly and consistently, minimizing material costs and downtime due to their long-lasting, non-clogging construction.