Plastic Back-up Pads

11 Results
Abrasive Back-Up Pad -- 49-36-3450
from Milwaukee Electric Tool Corporation

POLYPROPYLENE MATERIAL. 4-1/2 INCH SIZE. 1/2 INCH-13 TPI MOUNTING SIZE. 13000 RPM SPEED RATING. SANDER USED WITH. INCLUDES 36 AND 60 GRIT SANDING DISC, DISC NUT [See More]

  • Materials of Construction: Plastic
  • Maximum Speed: 13000
  • OD: 4.5
Backing Pad with Centering Pin -- QUICK-STEP™ MG Backing Pad
from Walter Surface Technologies

This patented backing pad is the heart of the QUICK-STEP ™ system. It is made of industrial strength nylon that is guaranteed to retain its strength and flexibility even at elevated temperatures. Disc changes take only seconds. Features. Centering pin guarantees a centered fit. Hook and loop... [See More]

  • Materials of Construction: Plastic
  • OD: 4.5 to 7
  • ad Type: Hook&Loop Pad
  • Bore / ID: 0.6250
Dual Action Backing Pads -- SK5080
from Flexovit USA, Inc.

Dual action backing pads are made with a durable reinforced poly backing and are designed for easy PSA adhesion and removal. No Holes [See More]

  • Materials of Construction: Plastic
  • OD: 5
  • ad Type: PSA / Adhesive; Dual Action (DA) Pad)
  • Bore / ID: 0.3125
Abrasive Back-Up Pad -- 49-36-3453
from Milwaukee Electric Tool Corporation

POLYPROPYLENE MATERIAL. 4-1/2 INCH SIZE. 5/8 INCH-11 TPI MOUNTING SIZE. 13000 RPM SPEED RATING. SANDER USED WITH. INCLUDES DISC NUT [See More]

  • Materials of Construction: Plastic
  • Maximum Speed: 13000
  • OD: 4.5
Plastic Backing Pads for Sanding Discs
from Walter Surface Technologies

High quality impact resistant plastic with ultimate flexibility. FEATURES. Ultimate Flexibility. Made from high quality impact resistant plastic. APPLICATIONS. Backing pad for sanding discs [See More]

  • Materials of Construction: Plastic
  • OD: 4 to 7
  • ad Type: Supplied with clamping nut
  • Bore / ID: 0.3750 to 0.6250
Gripper Pads and Holders -- SK2002
from Flexovit USA, Inc.

Constructed from high-impact plastics to ensure maximum support and adhesion. Medium flexibility to follow contours while finishing. Rolon [See More]

  • Materials of Construction: Plastic
  • OD: 2
  • ad Type: Rolon
  • Bore / ID: 0.2500
Turbo Backing Pads
from Walter Surface Technologies

Cool and Long Life Backing Pads. Special saucer shaped backing pad with ribbed backing, ensures a continuous stream of air between pad and disc for cool operation and long disc life. Features. Ensures efficient ventilation for cooler grinding. Special saucer shape with ribbed backing. Standard pad,... [See More]

  • Materials of Construction: Plastic
  • OD: 4.5 to 7
  • ad Type: Saucer-shaped Ribbed Backing Pad
  • Bore / ID: 0.6250
Gripper Pads and Holders -- SK2006
from Flexovit USA, Inc.

Constructed from high-impact plastics to ensure maximum support and adhesion. Medium flexibility to follow contours while finishing. Spin-on [See More]

  • Materials of Construction: Plastic
  • OD: 2
  • ad Type: Spin-on
  • Bore / ID: 0.2500
Velcro Backing Pad with Centering Pin -- Quick-Step Backing Pads
from Walter Surface Technologies

This patented backing pad is the heart of the QUICK-STEP ™ system. It is made of industrial strength nylon that is guaranteed to retain its strength and flexibility even at elevated temperatures. Disc changes take only seconds. Features. Centering pin guarantees a centered fit. Hook and loop... [See More]

  • Materials of Construction: Plastic
  • OD: 4 to 7
  • ad Type: Hook&Loop Pad
  • Bore / ID: 0.6250
Gripper Pads and Holders -- SK2064
from Flexovit USA, Inc.

Constructed from high-impact plastics to ensure maximum support and adhesion. Medium flexibility to follow contours while finishing. [See More]

  • Materials of Construction: Plastic
  • OD: 2
  • ad Type: Hook&Loop Pad
  • Bore / ID: 0.2500
Gripper Pads and Holders -- SK4054
from Flexovit USA, Inc.

Constructed from high-impact plastics to ensure maximum support and adhesion. Medium flexibility to follow contours while finishing. [See More]

  • Materials of Construction: Plastic
  • OD: 4
  • ad Type: Hook&Loop Pad
  • Bore / ID: 0.6250