LAUCO 3-Step Automotive Buffing & Polishing Compound Kit (36101, 36102, 36103)

Achieve professional paint correction results with the complete LAUCO 3-Step Compound Kit. This system is designed to remove sanding marks, swirl marks, oxidation, and restore an ultra-high gloss finish on all automotive paint types.

Complete Cut-to-Gloss Paint Correction System

This 3-step system takes your finish from heavy defect removal to mirror-like shine with a proven professional workflow.

Step 1 – Rapid Cut Compound (36101)

Aggressively removes P1200 sanding scratches, swirl marks, and oxidation. Ideal for clear coat, fiberglass, and metal. Use with rotary or DA polishers and wool pads for fast cutting performance.

Step 2 – Classic Polish Compound (36102)

Refines the surface after compounding by removing P2000+ sanding marks and minor defects. Restores clarity and smoothness. Apply with foam or microfiber pads at moderate speed and pressure.

Step 3 – High-Shine Finish Compound (36103)

The final gloss step enhances reflectivity and removes remaining haze or buffer trails. Silicone-free and safe for all paint types, making it ideal for refinishing and detailing shops.

Professional Size & Performance

Each bottle contains 1000 mL (33.8 fl oz) of high-performance, water-based, silicone-free compound. Easy to clean, compatible with rotary and DA polishers, and designed for professional detailing standards.

Key Features & Benefits

• Complete 3-Step System: Cut, polish, and finish for full paint correction
• Removes P1200–P3000+ Marks: Covers heavy cut through final gloss
• Water-Based & Silicone-Free: Safe for paint booths and refinishing
• Rotary & DA Compatible: Works with wool, foam, and microfiber pads
• Professional Size Bottles: 1000 mL (33.8 fl oz) each
• All Paint Types: Safe for clear coat, fiberglass, and metal

Restore, Refine, and Shine – The LAUCO Way

The LAUCO 3-Step Automotive Buffing & Polishing Compound Kit delivers consistent, professional-grade results from heavy correction to ultra-high gloss finishing.