Polishing Discs & Pads

Koch Chemie Micro Cut Soft Foam Polish Finish Sponge 126mm

The Koch Chemie Micro Cut Soft Foam Pad 126mm is a professional polishing pad, designed for the final polishing process, ideal for removing holograms, fine scratches, and polishing marks. Made from...

The Koch Chemie Micro Cut Soft Foam Pad 126mm is a professional polishing pad, designed for the final polishing process, ideal for removing holograms, fine scratches, and polishing marks. Made from soft and precise foam material, it is specifically designed for soft or sensitive paints and delivers a uniform and flawless finish.

  • Fine abrasion – excellent...
See full description See full description
The product is not available for shipping to the selected country.

Description

Description

The Koch Chemie Micro Cut Soft Foam Pad 126mm is a professional polishing pad, designed for the final polishing process, ideal for removing holograms, fine scratches, and polishing marks. Made from soft and precise foam material, it is specifically designed for soft or sensitive paints and delivers a uniform and flawless finish.

  • Fine abrasion – excellent for high-precision finishes and light correction work.
  • Optimized cell structure – ensures consistent pressure and polishing product distribution.
  • Controlled density – guarantees durability and consistent performance during extended jobs.
  • Conical edge – allows efficient adaptation to curved and hard-to-reach surfaces.
  • Excellent compatibility – ideal for use with polishing compounds such as Micro Cut M2.02, M3.02, or P3.01.

Recommended applications:

  • Removal of fine scratches and holograms
  • Final polishing on sensitive paints and demanding clear coats
  • Surface preparation for ceramic protection or wax
  • Professional use in car detailing centers

Technical specifications:

  • Diameter: 126 mm
  • Height: 25 mm
  • Hardness: soft (for fine finishing)

The Koch Chemie Micro Cut Soft Foam 126mm is the ideal solution for a perfect, safe, and controlled finish, even on the most sensitive automotive surfaces.

Manufacturer

See full description

Specifications

Specifications

Type
Sponge
with Axis
No
Pieces
1 pcs
Diameter
126 mm
Thickness
25 mm

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications

Description & Specifications

The Koch Chemie Micro Cut Soft Foam Pad 126mm is a professional polishing pad, designed for the final polishing process, ideal for removing holograms, fine scratches, and polishing marks. Made from soft and precise foam material, it is specifically designed for soft or sensitive paints and delivers a uniform and flawless finish.

  • Fine abrasion – excellent for high-precision finishes and light correction work.
  • Optimized cell structure – ensures consistent pressure and polishing product distribution.
  • Controlled density – guarantees durability and consistent performance during extended jobs.
  • Conical edge – allows efficient adaptation to curved and hard-to-reach surfaces.
  • Excellent compatibility – ideal for use with polishing compounds such as Micro Cut M2.02, M3.02, or P3.01.

Recommended applications:

  • Removal of fine scratches and holograms
  • Final polishing on sensitive paints and demanding clear coats
  • Surface preparation for ceramic protection or wax
  • Professional use in car detailing centers

Technical specifications:

  • Diameter: 126 mm
  • Height: 25 mm
  • Hardness: soft (for fine finishing)

The Koch Chemie Micro Cut Soft Foam 126mm is the ideal solution for a perfect, safe, and controlled finish, even on the most sensitive automotive surfaces.

Manufacturer

Type
Sponge
with Axis
No
Pieces
1 pcs
Diameter
126 mm
Thickness
25 mm

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.