Flexipads World Class Sander Extragrip Pad 100mm M14
£13.78 Including Tax
( £11.48 Excluding Tax )
Pro-quality internally metal threaded rigid backing pads with extra grip GRIP® for holding non-woven material discs (SCD’s).
Made in Great Britain
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Showing 73–84 of 112 results
£13.78 Including Tax
( £11.48 Excluding Tax )
Pro-quality internally metal threaded rigid backing pads with extra grip GRIP® for holding non-woven material discs (SCD’s).
Made in Great Britain
£13.98 Including Tax
( £11.65 Excluding Tax )
Pro-quality internally metal threaded rigid backing pads with extra grip GRIP® for holding non-woven material discs (SCD’s).
Made in Great Britain
£14.20 Including Tax
( £11.83 Excluding Tax )
Pro-quality internally metal threaded rigid backing pads with extra grip GRIP® for holding non-woven material discs (SCD’s).
Made in Great Britain
£20.21 Including Tax
( £16.84 Excluding Tax )
Pro-quality internally metal threaded rigid backing pads with extra grip GRIP® for holding non-woven material discs (SCD’s).
Made in Great Britain
£15.70 Including Tax
( £13.08 Excluding Tax )
Flexipads 88005 125mm (5in) GRIP® fastening starter kit for rotary sanders and drills (use adaptor) Comprises:Rotary backer M14 thread (36304)Adaptor M14 to 6mm (13300)Foam pad (FLE88015)Lambs wool bonnet (FLE40220)3 assorted abrasives (P60, 120, 180). Everything you need for sanding and polishing wood, metal, plastics and automotive/boat paintwork. Made in Great Britain.
£11.30 Including Tax
( £9.42 Excluding Tax )
The Flexipad Medium Density Pads are suitable for polishing and grinding, these will accept GRIP® and hook and loop backed sanding discs.
The super polyurethane backing pad is made from impact resistant synthetic nylon which is bonded to microcellular polyurethane and with internal thread to suit sanders and polishers.
Excellent resistance to initial and continuing tearing, oil and ageing.
Made in Great Britain.
£11.95 Including Tax
( £9.96 Excluding Tax )
The Flexipad Medium Density Pads are suitable for polishing and grinding, these will accept GRIP® and hook and loop backed sanding discs.
The super polyurethane backing pad is made from impact resistant synthetic nylon which is bonded to microcellular polyurethane and with internal thread to suit sanders and polishers.
Excellent resistance to initial and continuing tearing, oil and ageing.
Made in Great Britain.
£24.13 Including Tax
( £20.11 Excluding Tax )
The Flexipad Medium Density Pads are suitable for polishing and grinding, these will accept GRIP® and hook and loop backed sanding discs.
The super polyurethane backing pad is made from impact resistant synthetic nylon which is bonded to microcellular polyurethane and with internal thread to suit sanders and polishers.
Excellent resistance to initial and continuing tearing, oil and ageing.
Made in Great Britain.
£30.34 Including Tax
( £25.28 Excluding Tax )
The Flexipad Medium Density Pads are suitable for polishing and grinding, these will accept GRIP® and hook and loop backed sanding discs.
The super polyurethane backing pad is made from impact resistant synthetic nylon which is bonded to microcellular polyurethane and with internal thread to suit sanders and polishers.
Excellent resistance to initial and continuing tearing, oil and ageing.
Made in Great Britain.
£16.87 Including Tax
( £14.06 Excluding Tax )
The Flexipad Medium Density Pads are suitable for polishing and grinding.
The backplate is made from impact resistant synthetic nylon which is bonded to microcellular polyurethane.
Excellent resistance to initial and continuing tearing, oil and ageing.
Made in Great Britain
£17.93 Including Tax
( £14.94 Excluding Tax )
The Flexipad Medium Density Pads are suitable for polishing and grinding.
The backplate is made from impact resistant synthetic nylon which is bonded to microcellular polyurethane.
Excellent resistance to initial and continuing tearing, oil and ageing.
Made in Great Britain
£9.43 Including Tax
( £7.86 Excluding Tax )
Flexipads Scruffballs are ball shaped scruffing tools, ideal for getting into tight corners, with a layer construction for heat dispersal.