Koch-Chemie Micro Cut & Finish P3.01 is a silicone-free finishing polish with premium carnauba wax, designed to remove holograms, refine paintwork and leave a deep, high-gloss finish with lasting protection. 250ml.
Refines paintwork to an exceptional gloss
Eliminates holograms and fine polishing haze
Leaves a durable protective wax layer
Body shop safe and professional grade
Apply to a soft finishing polishing pad
Work evenly with a machine polisher
Remove residue with a clean microfiber towel
Reveal a high-gloss finish with built-in protection
For optimum results, we recommend using our Micro Cut Pad and an orbital polisher with forced rotation (e.g. Makita PO5000C, highest speed). Alternatively, a rotary polisher can be used with our Micro Cut Pad. Before use, moisten dried or new pads completely with polish. With the machine switched off, apply the polish evenly over the surface to be treated and then polish crosswise with medium pressure thoroughly. Afterwards, polish with low pressure. Do not use pads used with this product for other products. For non-scratch and groove-free removal of polish residues, we recommend our non-chain stitched Profi microfibre cloth that has been ultrasonically cut.
Shake before using. Before using, check suitability and compatibility. Do not use it on hot surfaces. Protect against frost and excessive heat.
This product information can advise you only without obligation. Liability on our part can not be derived. Please, check whether the product is suitable for your application. We will be pleased to assist you.
P3.01 combines finishing with carnauba wax protection, while M3.02 focuses solely on refining paintwork and maximising gloss.
Yes. It contains premium carnauba wax that leaves a durable protective finish.
Yes. It is designed to remove holograms, refine paintwork and protect the surface in one step.
Refine paintwork, eliminate holograms and add lasting carnauba wax protection with Koch-Chemie Micro Cut & Finish P3.01, delivering exceptional gloss and durable protection in a single finishing step.