UNI-BLOCK Pad Driver

Product Overview

The UNI-BLOCK Pad Driver combines a molded riser, Malish’s patented NP-9200 TRU-FIT® Universal Clutch Plate, and a durable pad driver into one convenient all-in-one assembly. Designed for commercial floor care professionals, it simplifies installation while delivering dependable performance for a wide range of floor maintenance applications.

Compatible with industry-standard 17-inch and 20-inch rotary floor machines the UNI-BLOCK pad driver with its built-in shower feed system, combined with the fiberglass-reinforced clutch plate, provides exceptional strength, a secure fit, and long-lasting durability for scrubbing, stripping, polishing, and routine floor maintenance.

Key Features:

  • All-in-one design combines the pad driver, molded riser, and clutch plate into a single assembly
  • Patented NP-9200 TRU-FIT® Universal Clutch Plate provides a secure, dependable machine connection
  • Fiberglass-reinforced nylon clutch plate delivers added strength and durability
  • Designed for industry-standard 17″ and 20″ rotary floor machines
  • Ideal for scrubbing, stripping, polishing, and everyday floor maintenance with compatible floor pads
  • Reduces installation time by eliminating multiple individual components

(Related products: UNI-BLOCK Poly Scrub, UNI-BLOCK Grit Scrub/Strip, Nylon TUFF-BLOCK® Showerfeed, Polypropylene TUFF-BLOCK® Showerfeed, Soft White Nylon TUFF-BLOCK® Showerfeed, Steel Wire TUFF-BLOCK® Showerfeed)

UNI-BLOCK™ Pad Driver

Product No.Product DescriptionBlock DiameterFilament ColorMachine SizeUPC
86271616" Tufted Pad Driver16" Red17"6-15129-62716-0
86271919" Tufted Pad Driver19" Red20"6-15129-62719-1
Rotary Brush & Accessories Catalog Rotary Brush Price List

PRODUCT VIDEOS

FAQs

UNI-BLOCK Pad Driver FAQ Section:

A: It securely holds floor pads for scrubbing, stripping, polishing, and routine floor maintenance.

A: It is designed for industry-standard 17-inch and 20-inch rotary floor machines with shower feed systems.

A: The patented fiberglass-reinforced design provides exceptional strength, durability, and a secure fit.