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The second check is contamination. The detailer runs a hand — often inside a thin plastic bag, which amplifies texture — across the paint. Paint that feels gritty rather than glass-smooth is carrying bonded contamination: industrial fallout, brake dust particles, tar, and in the UAE, mineral deposits from hard water and the occasional cement overspray from the construction site next door. None of that comes off in a wash, and polishing over it drags the particles around, so it dictates a decontamination stage before any machine work.

Finally, they will inspect under proper light. Swirls, buffer trails from a previous bad polish, water-spot etching and bird-dropping etching all look different under an inspection lamp, and each needs a different fix. Water spotting deserves a special mention here: sprinkler overspray and mineral-heavy washing water leave alkaline deposits that, baked at 70-plus degrees, etch physical craters into clearcoat within days. If a detailer points these out during the walkaround rather than discovering them mid-job, you are dealing with someone who has priced the work honestly.

Paint correction is controlled abrasion. A machine polisher works a pad and an abrasive compound across the clearcoat, levelling the surface down to the depth of the deepest defect being removed. A swirl mark is a valley in the clearcoat; the machine removes the surrounding peaks until the surface is uniform again and light reflects cleanly. This is why correction is finite: each pass spends clearcoat you cannot get back, and why the depth-gauge readings from the walkaround matter so much.

A useful acceptance test at handover: ask to see the finished paint under the detailer's inspection lamp, not just in flattering daylight, and check the panel edges. Machine work concentrates heat and cut at edges and creases, so clean, un-burned edges are the signature of careful work. Holograms — faint buffer trails visible under direct light — mean the final refining pass was rushed.

Two cautions from the failure-mode file. First, silicone-heavy dressings — the ones that leave a wet glossy shine — feel like protection but attract dust, can make steering wheels dangerously slick, and in the heat they outgas and contribute to the oily film on the inside of your windscreen. Matte-finish, water-based protectants are the professional choice. Second, perforated and ventilated seats, common in UAE-spec cars, cannot be soaked; a good detailer uses controlled moisture and extraction rather than flooding foam into the perforations where it sits and sours.

Steam deserves a mention because it solves a local problem: sanitising fabric, headliners and AC vents without soaking them. In humid coastal months, a saturated seat cushion in a closed car is a mould culture waiting to happen. Steam cleans at high temperature with minimal water, dries fast, and handles the AC vent grilles where the musty smell in older cars usually lives.