

POLISHING PADS
Here you can find all our polishing pads. Mirka offers lambswool buffer pads, polishing felt pads, polishing foam pads, and twisted wool pads for all your polishing needs. The lambswools pad pro are made of premium wool fibres and optimized to perform well even when in demanding use. The polishing felt pads are designed for glass polishing applications. Our wide range polishing foam pads are flat or waffle shaped and they can be used for various applications.


MIRKA POLISHING FELT PAD 125 X 6MM GRIP WHITE
Item No
160114
Packing
2 PCS/PACK
This flat hard white felt pad is designed for glass polishing applications. The thick felt pad construction has a good balance and provides a stable feeling during polishing. The pad is designed to be used in combination with Polarshine E3, which results in a good glass sanding process.


MIRKA LAMBSWOOL PRO 180MM VELCRO
Item No
160138-2
Packing
2 PCS/PACK
The pad is made of premium wool fibers. The wool fibers are optimized to keep the performance on a high level for demanding use. An excellent result is achieved when using the pad in combination with Mirka Polarshine® compounds 35, 15, 10 and 8. The pad is suitable for polishing all kinds of paintworks in ART, Marine and Wood sectors as well as OEM applications.


MIRKA LAMBSWOOL PRO 150MM VELCRO
Item No
160138-1
Packing
2 PCS/PACK
The pad is made of premium wool fibers. The wool fibers are optimized to keep the performance on a high level for demanding use. An excellent result is achieved when using the pad in combination with Mirka Polarshine® compounds 35, 15, 10 and 8. The pad is suitable for polishing all kinds of paintworks in ART, Marine and Wood sectors as well as OEM applications.


MIRKA YELLOW WAFFLE FOAM PAD 200 x 30MM
Item No
160146-1
Packing
2 PCS/PACK
A polishing pad with medium density hardness and waffle shape. The durable reticulated foam has an excellent elasticity. The waffle shape has an optimized pattern which improves the cutting performance and reduces the surface temperature during the polishing process. The pad is designed to be used in combination with Polarshine® Polishing Compounds, for both cutting with Polarshine® 15 and polishing with Polarshine® 10 and 8. The foam pad is suitable for all kinds of polishing processes: paintworks in ART, Marine and Wood sectors as well as Vehicle and Tier1.


MIRKA YELLOW WAFFLE FOAM PAD 150 x 25MM
Item No
160147-1
Packing
2 PCS/PACK
A polishing pad with medium density hardness and waffle shape. The durable reticulated foam has an excellent elasticity. The waffle shape has an optimized pattern which improves the cutting performance and reduces the surface temperature during the polishing process. The pad is designed to be used in combination with Polarshine® Polishing Compounds, for both cutting with Polarshine® 15 and polishing with Polarshine® 10 and 8. The foam pad is suitable for all kinds of polishing processes: paintworks in ART, Marine and Wood sectors as well as Vehicle and Tier1.


MIRKA BLACK WAFFLE FOAM PAD 150 x 25MM
Item No
160146
Packing
2 PCS/PACK
A reticulated waffle shape structured foam pad for hologram removal gives an excellent finishing on both fresh and fully cured paint works. The good balance between elasticity and density in the foam contributes to the final result. The pad is designed to be used in combination with Polarshine® polishing compound VF5 and with Polarshine® 3 Antistatic wax.


MIRKA BLACK FLAT FOAM PAD 150 x 25MM
Item No
160143
Packing
2 PCS/PACK
A reticulated flat foam pad for hologram removal gives an excellent finishing on both fresh and fully cured paint works. The good balance between elasticity and density in the foam contributes to the final result. The pad is designed to be used in combination with Polarshine® polishing compound VF5 and with Polarshine® 3 Antistatic wax.


MIRKA BLACK FALT FORM PAD 200 x 25MM
Item No
160147
Packing
2 PCS/PACK
A reticulated flat foam pad for hologram removal gives an excellent finishing on both fresh and fully cured paint works. The good balance between elasticity and density in the foam contributes to the final result.