3M Aqua Burnish Pad 3100 - 5 / Carton - 1Carton - Round x 20" Diameter x 1" Thickness - Burnishing, Floor - Linoleum, Sheet Vinyl, Vinyl Composition Tile (VCT) Floor - 1500 rpm to 3000 rpm Speed Supported - Durable, Washable, Reusable - Nylon, Polyester Fiber, Resin - Aqua
- Part #: MMM08753
- MPN: MMM 08753
- UNSPSC:
5 / Carton - 1Carton - Round x 20" Diameter x 1" Thickness - Burnishing, Floor - Linoleum, Sheet Vinyl, Vinyl Composition Tile (VCT) Floor - 1500 rpm to 3000 rpm Speed Supported - Durable, Washable, Reusable - Nylon, Polyester Fiber, Resin - Aqua
General Information
Manufacturer:3M
Manufacturer Part Number:08753
Manufacturer Website Address:http://www.3m.com
Brand Name:3M
Product Name:Aqua Burnish Pad 3100
Marketing Information:
Aqua Burnish Pad 3100 is your problem-solver for soft finishes. It produces a brilliant gloss while delivering exceptional durability and life. Floor-maintenance buffing pad is designed for use on ultra high-speed floor machines. It is made of nylon and polyester fiber in a nonwoven web with resins throughout and bonded to the web structure.
Packaged Quantity:1 Carton
Product Type:Cleaning Pad
Product Information
Pad Shape:Round
Pad Diameter:20"
Pad Thickness:1"
Floor Type:
- Linoleum
- Sheet Vinyl
- Vinyl Composition Tile (VCT)
Quantity Per Container:5
Container Type:Carton
Minimum Speed Supported:1500 rpm
Maximum Speed Supported:3000 rpm
Features:
Physical Characteristics
Color:Aqua
Material:
- Nylon
- Polyester Fiber
- Resin
Miscellaneous
Application/Usage:
Recycled:No
Assembly Required:No
Environmentally Friendly:Yes
Environmental Certification:Green Seal
Country of Origin:United States
- Aqua Burnish Pad 3100 is your problem-solver for soft finishes
- It produces a brilliant gloss while delivering exceptional durability and life
- Floor-maintenance buffing pad is designed for use on ultra high-speed floor machines
- It is made of nylon and polyester fiber in a nonwoven web with resins throughout and bonded to the web structure.
- Fibers throughout pad are uniformly coated with high-performance resin.