125mm (5 inch) Dual Action Velcro Ultra Flexible Backing Plate

This backing plate comes with a 5/16 threaded fitting which is the standard fitting for most dual action polishers including the DAS-6 based machines.

It has an ultra thin edge allowing the flex you need for your foam pads to follow curves on body panels. <....... Read More

30mm Rotary Spot pad backing plate to suit a rotary polisher with an M14 thread

Diameter:30mm
Thread:M14
Density:Soft
Surface:Micro-Hook
Max RPM:20,000....... Read More

50mm Rotary Spot pad backing plate to suit a rotary polisher with an M14 thread

Diameter:50mm
Thread:M14
Density:Soft
Surface:Micro-Hook
Max RPM:20,000
....... Read More

90mm 5/16 Thread Velcro No Hole DA Orbital Backing Plate

This backing plate comes with a 5/16 threaded fitting which is the standard fitting for most dual action polishers including the DAS-6 based machines.

This backing plate allows the fitment of velcro backed polishing pads........ Read More

75mm M14 Thread Velcro Soft Density backing plate to suit a rotary polisher.

Features
M14 Thread, standard fitment for UK and EU
Velcro fixing for quick and easy pad changes
Max RPM: 2,500
Made in Great Britain....... Read More

125mm Rotary Velcro Ultra Soft Backing Plate.

This backing plate comes with an M14 threaded fitting which is the standard fitting for most rotary polishers.

It has an ultra soft 30mm foam backing allowing the flex you need for your foam pads to follow curves on body panels.

This backing plate allows the fitmen....... Read More

100mm M14 Thread Velcro Medium Density backing plate to suit a rotary polisher.

Features
M14 Thread, standard fitment for UK and EU
Velcro fixing for quick and easy pad changes....... Read More

125mm Dual Action Velcro Solid Backing Plate

This backing plate comes with a 5/16 threaded fitting which is the standard fitting for most dual action polishers including the DAS-6 based machines.

It has a solid edge allowing you to keep an even pressure on your pad surface throughout the pad right to the edges.
....... Read More