Menzerna Wool double sided 26905.099.001 - Double side polishing buffer in natural wool

Main features

• Type: Double Face Natural Wool Polishing Buffer
• Diameter: 230 mm (9 ")
• Fixing: Screw system (adapter 5/8 to M14 required)
• Fiber density: high, for fast and regular correction
• Use: Ideal for car varnish and nautical gelcoat
• Manufacture: Professional quality Menzerna - Made in Germany

Key benefits

• Effective correction of hard polish and oxidized surfaces in gelcoat.
• Quick work on large surfaces: ideal for bodywork, motorhomes and boats.
• Homogeneous finish thanks to the constant density of natural wool fibers.
• Superior durability thanks to double-sided design.
• Compatible with the full range of polishs Menzerna.

TIPS OF USE

Climb the pad on your rotary polisher using a Adapter 5/8 to M14 adapted. Apply a polish hazelnut on the surface and work by regular zones, keeping a moderate speed. This system makes it possible to quickly correct and revive gelcoat hulls tarnished by salt and UV, while significantly reducing working time on large nautical surfaces.

Recommended compatibility and associations

The Menzerna Wool double sided Use with all rotary polishers equipped with a thread 5/8. For M14 machine mounting, a Adapter 5/8 to M14 is indispensable.

Associated with the POLISHS range MenzernaHe guarantees a quick correction and a brilliant rendering, as well on bodywork as on marine gelcoat.

FAQ

Is this buffer suitable for polishing boats?

Yes, it is widely used in boating for the renovation of gelcoat hulls. Its dense wool makes it possible to rapidly remove the oxidation and restore a uniform shine.

Which polish use on the gelcoat?

Polishs Menzerna Heavy Cut and Medium Cut are perfect for this type of surface. They ensure a fast correction without excessive warm-up.

Does it need a specific adapter for this model?

Yes, a Adapter 5/8 to M14 is necessary to use it on most European rotary polishers.

Can we wash this pad?

Yes, clean it by hand with warm water and let it dry naturally. Avoid mechanical spinning to preserve the fiber density.