Tire Cleaning Brush

Reaches Into Tread Grooves and Sidewall Lettering

Trim lengths between 25 mm and 45 mm let the filaments follow the rubber profile instead of skating across the high points. The tips drop into tread sipes, shoulder ribs, and raised lettering, pulling out old dressing and embedded dirt that a flat sponge or cloth leaves behind.

Cleans the Sidewall in Fewer Strokes

Head widths from 60 mm to 150 mm cover a broad contact area, so an operator can scrub a full passenger-car sidewall in a few passes. Wider configurations suit truck and SUV tires; narrower heads follow low-profile sidewalls with less wasted motion.

Lifts Old Dressing and Browning Before Reapplication

Nylon and polypropylene filaments stay firm when wet and work with alkaline tire cleaners, degreasers, and water-based dressing removers. The brush scrubs oxidized rubber bloom and silicone film out of the surface microtexture, which helps the next coat of dressing bond evenly instead of peeling.

Keeps Its Grip and Shape in Wet Work

The handle is molded from chemical-resistant polypropylene with an optional TPE overmold, ribs, or a hang hole. It stays controllable in soapy hands and dries without cracking or swelling after repeated exposure to tire cleaning chemicals.

Holds Filaments Through Repeated Detailing Cycles

Filaments are staple-set or epoxy-set into the head, depending on the project. Well-anchored fill means fewer loose bristles on the shop floor or between the tread blocks, and the brush keeps a consistent working face after hundreds of tires.

Size the head to the tire

Low-profile passenger tires usually work better with a 70–90 mm head that follows the narrow sidewall curve. Larger SUV, truck, and commercial tires benefit from a 100–150 mm head that covers more area per stroke. Match the head length to the sidewall height so the brush does not overreach onto the wheel.

Set stiffness by the residue and rubber surface

Dried dressing, browning, and moderate road film respond well to medium stiffness, around 0.50 mm nylon with 25–35 mm trim. Heavy mud and old, thick dressing require firmer fill, around 0.70–0.80 mm nylon or crimped PP. If the tire has delicate raised white lettering or a soft rubber compound, use flag-tipped or 0.40 mm fill to avoid visible marks.

Choose the filament material for the chemistry and wear

Nylon PA6 or PA66 holds stiffness when wet, resists abrasion, and tolerates most alkaline tire cleaners and mild solvents. Polypropylene offers broad acid and alkali resistance at a more economical cost, but it is generally less stiff. If the cleaner is aggressive or the brush runs continuously, specify epoxy-set fill and a glass-filled PP or TPE-overmolded handle.

Think about the operator and the interface

Wet, gloved hands need a handle with enough thickness, ribs, or TPE overmold to stay secure. If the brush will be used with an extension pole for elevated truck tires, specify the thread or clamp interface at ordering rather than modifying the handle later.

Use a dedicated wheel brush for painted, clear-coated, or polished rims — a tire brush can transfer scrub marks if it drifts onto the wheel. For caked clay or heavy mud packed into deep lugs, pressure wash first and use the tire brush for the remaining film. For metal wire or severe rubber buffing jobs, use a wire brush or tire rasp, not this filament brush.