Slick Mist Speed Wax 12x24oz

Slick Mist Speed Wax 12x24oz from Lucas Oil is a premium automotive finishing product engineered for mechanics and enthusiasts who demand superior paint protection and showroom-quality results. This bulk 12-pack format makes it an economical choice for professional detailers, restoration shops, and serious gearheads who regularly maintain multiple vehicles or high-end builds. Whether you're protecting a fresh respray, maintaining a weekend warrior project car, or conditioning show-quality finishes, this wax delivers the durable UV barrier and hydrophobic coating that keeps clear coat intact against road contaminants, salt, and oxidation.

Lucas Oil's formula applies smoothly and buffs to a deep, reflective shine without the streaking or residue common in lower-grade products. The mist application method allows controlled, even coverage across body panels, reducing product waste and ensuring consistent protection layer thickness—critical when working on high-value finishes or competition vehicles. Each 24oz unit contains concentrated wax compound that creates a hard, water-beading protective shell lasting weeks or months depending on climate and washing frequency. The formulation resists breakdown from UV exposure, heat cycling, and aggressive detergents, making it particularly effective for vehicles stored outdoors or driven in harsh conditions.

Professional detailers and restoration specialists gravitate toward this bulk pack for routine maintenance workflows and post-paint protection protocols. The 12-pack format is ideal for shops managing fleet upkeep, custom builds, or seasonal cosmetic refreshes on multiple projects simultaneously. Compatible with all automotive clear coats and single-stage finishes—from OEM factory paint to custom hot rod respray work—this product performs equally well on truck beds, motorcycle fairings, RV exteriors, and trailer aluminum. Store the unopened bottles in a cool, dry environment to maintain consistency, and allow 15–20 minutes curing time after application for optimal hardness and water-shedding performance.