Koch Chemie F6.01 Fine Cut - Medium Cut Compound (250 ml)

Koch Chemie FINE CUT F6.01

ALUMINA POLISHING PASTE FOR REMOVING MINOR SCRATCHES AND ACHIEVING A BRILLIANT GLOSS

Fine Cut F6.01 is a highly effective, fine, and intelligent polishing paste designed for machine polishing with an abrasive capability equivalent to P2500 grit sandpaper. Thanks to the use of state-of-the-art technologies, it contains no silicone oils and features intelligent grit and the highest quality alumina.

This combination allows for the rapid achievement of a permanent deep gloss, even on scratch-resistant painted surfaces. It is ideal for removing medium to heavy paint weathering, car wash scratches, and other signs of wear.

Fine Cut F6.01 combines optimal abrasive action with an excellent degree of gloss, making it a great choice for demanding detailing applications.

PRODUCT ADVANTAGES

• Ideal for medium to heavily weathered paints
• Removes car wash scratches and signs of wear
• Intelligent grit and alumina for deep and lasting gloss
• Contains no silicone oils – safe for paint shops
• Works great even on hard, scratch-resistant lacquers

TECHNICAL PARAMETERS

• Abrasiveness: 6/10

• Gloss level: 7/10

AREAS OF USE

• Passenger cars, commercial vehicles, motorcycles
• Scratch-resistant painted surfaces
• Removal of holograms, fine scratches, and oxidation

RECOMMENDED USE

1. Prepare the surface – wash and dry thoroughly.
2. Shake the paste and check its compatibility with the paint.
3. Apply Fine Cut F6.01 to a Fine Cut Pad (orbital) or a lamb's wool pad (rotary).
4. Use a rotary polisher with max. 2000 rpm or an eccentric polisher with a foam pad.
5. Polish with crosswise movements.
6. Start with higher pressure at lower speeds over the entire polished area.
7. Gradually reduce pressure and increase speed to achieve a high gloss.
8. Remove paste residue with a microfiber cloth.

SAFETY INFORMATION

• Protect from frost and excessive heat.
• Do not use on hot surfaces.
• Always test the product on a small inconspicuous area before use.