PC-CMPD-HCO2 - Ditec Marine Products DiTEC Polishing Compound - Heavy Cut - 32oz

Polishing Compound - Heavy Cut - 32oz

This professional-grade sanding polish removes scratches and P1500 sanding marks quickly and effectively. Its uniform abrasive grain delivers high-performance results on all paint types, including scratch-resistant finishes. Safe for fresh and cured paints. Free of silicone and solvents.

Features:

• Ensures a fast and high sanding performance for the reliable removal of scratches and sanding marks from a grain size of P1500
• Silicone and solvent-free
• Appearance: Liquid Cream
• Solubility: N/A
• pH: N/A

Use & Application:

For the DiTEC Heavy Cut Compound, we recommend using the DiTEC Yellow Trapez Foam polishing pad. For paint with heavy oxidation or scratches the Gray Microfiber Pad (165 mm) is recommended. For paint with even heavier oxidation or scratches the White Microfiber Pad (155 mm) is recommended.

Application: Apply a sufficient amount of the polishing compound to the polishing pad or to the painted surface. Spread evenly over the defect at a low speed (approx. 1000 rpm), speed to approx. 1800 rpm. Increase and polish off the flaw using light pressure.

The DiTEC Polishing Compound - Heavy Cut - 32oz (part number PC-CMPD-HCO2) is a professional-grade finishing compound designed for IT hardware resellers and their clients who manage vehicle fleets or equipment with painted surfaces. This liquid cream compound is formulated to efficiently remove scratches and P1500 sanding marks. It utilizes a uniform abrasive grain to deliver consistent results across various paint types, including those with scratch-resistant finishes. The product is suitable for use on both fresh and cured paints, offering flexibility in application. It is free of silicone and solvents, addressing concerns about residue or compatibility with certain finishes. This compound is intended for situations requiring significant defect correction on painted surfaces, providing a reliable solution for surface preparation and restoration.