• Call us now: 02 6280 6992
  • Email: info@rapiddrb.com.au
  • Like Us

RapidClean DRB - Fyshwick, ACT

Quote Cart

3M Scotch-Brite Purple Double Sided High Shine Floor Pads
SKU: 3M Scotch-Brite Purple Double Sided High Shine Floor Pads Categories: , , Tags: , , ,

3M Scotch-Brite Purple Double Sided High Shine Floor Pads

– 5/case

Precision engineered to last three times longer than existing single-sided. Proven in laboratory tests to cover three times more flooring. Double-sided to reduce costs and material usage. Contains mineral abrasives within the pad for added durability. Environmentally preferable – no chemical strippers, coatings or finishes required. Uses an efficient alternative to diamond abrasives

Availability In stock
Clear

3M Scotch-Brite Purple Double Sided High Shine Floor Pads

3M Scotch-Brite Purple High Shine Floor Pads are the latest in high performance floor pads from 3M. Developed in response to demand for a premium pad that boosts productivity and lowers costs, without compromising shine.
Not only does do the 3M Scotch-Brite Purple High Shine Floor Pads clean and polish marble, terrazzo, plastic and concrete floors to a brilliant gloss finish – it goes on working for THREE TIMES LONGER than existing single-sided high performance floor pads, resulting in significant total cost savings.

If your floor appears to be worn or dull, use 3M Scotch-Brite Sienna High Shine Floor Pad to help condition the floor and bring it to a medium gloss. Then, to further enhance the floor appearance and bring it to a high shine use the 3M Scotch-Brite Purple High Shine Floor Pad.

The gloss finish on the floor can be maintained through regular cleaning and conditioning using the new purple floor pad, in conjunction with an auto-scrubbing machine or low speed rotary floor machine, and just with the simple addition of water.

Gentle Pearl PIS

size

40cm (16"), 50cm (20"), 53cm (21"), 61cm (24"), 68cm (27")

Brand

Reviews

Be the first to review “3M Scotch-Brite Purple Double Sided High Shine Floor Pads”

Our Location