A full polishing range.
From cutting and one-step correction to final finishing.
Choose car polish, heavy cut compound, fine cut and finishing polish. Explore dual action techniques, pad selection, defect diagnosis and paint protection.

Understand heavy cut compound, fine cut and finishing polish, then choose a paint correction process that fits your paint, machine and intended result.

Compare pad and compound changes without confusing their effects. Use a four-cell test and judge correction, finish and total working time.

Make paint-thickness comparisons useful by relocating measurement points, controlling the gauge setup and recording uncertainty before correction.

Check whether pad warming, panel conditions or test order changed a finishing-polish comparison before deciding which process performs better.

A corrected repair can look wrong when its reflection texture differs from nearby paint. Set texture and defect-removal targets separately.

Investigate unexpected DA polisher vibration after a pad change. Check compatibility, centring, damage and loading before continuing paint correction.

Separate towel-induced marks from finishing-polish haze with adjacent inspection cells, clean towels and a compatible residue-removal method.

Compare heavy cut compounds by the complete correction, cleanup and finishing process. A fast cutting stage can still create a slower job.

Evaluate stored car polish against a traceable fresh sample. Separate product history, preparation and pad condition before judging a change.

A pad used on one difficult correction job may see more work than several enhancement jobs. Track condition and workload before setting replacement rules.

Keep a stable visual reference during local paint correction so changing light and repeated inspection do not move the agreed stopping point.

Agree a repeatable visual acceptance method for fine cut polish. Keep lighting, viewing positions and residue removal consistent across the job.