Quick Facts – FX PROTECT Tyre Dressing Gel
- Brand: FX PROTECT
- Model: FX000155
- Type: Tyre Dressing Gel (Tyre Shine)
- Volume: 500 ml
- Technology: Graphene Silicone Nanocomplex
- UV Protection: UV stabiliser included
- Application: Tyres on passenger cars, vans and motorcycles
FX PROTECT Tyre Dressing Gel 500 ml is a professional gel-based tyre protection product, formulated with a Graphene Silicone Nanocomplex and UV stabilisers. The product gives tyres a deep, matt to satin finish and provides long-lasting protection against drying out, fading and UV degradation.
The gel is applied easily with a tyre brush or applicator pad and bonds effectively to the rubber surface without being flung off during driving. The formulation is developed to deliver a consistent and controlled result, even in professional high-throughput environments.
The product is suited to detailers and reconditioning workshops seeking a reliable alternative to traditional tyre sprays, with better adhesion and longer durability per application.
What is Tyre Dressing Gel and why choose it?
FX PROTECT Tyre Dressing Gel differs from conventional tyre sprays through its gel consistency, which enables a more controlled application with minimal splatter and spillage. The Graphene Silicone Nanocomplex forms a thin protective layer on the tyre surface that helps preserve the rubber's elasticity and counteract ageing caused by UV radiation and ozone.
The UV stabiliser in the formulation helps prevent the tyre from fading and cracking over time. The result is a tyre that looks well-maintained and is better protected against the environmental stresses encountered during normal driving.
Where is this product suitable?
- Professional detailing studios and reconditioning workshops
- Car care businesses with a high throughput of vehicles
- Detailing enthusiasts carrying out thorough vehicle care
- Vehicle preparation for shows and competitions
- Maintenance of passenger cars, vans and motorcycles
Technical Specifications
| Brand | FX PROTECT |
| Model | FX000155 |
| Product Type | Tyre Dressing Gel |
| Volume | 500 ml |
| Technology | Graphene Silicone Nanocomplex |
| UV Protection | UV stabiliser included |
| Consistency | Gel |
| Application | Tyres – passenger cars, vans, motorcycles |
Suitable for: Professional detailers, reconditioning workshops, car care businesses and detailing enthusiasts who require a reliable and easy-to-apply tyre protection product with documented UV stabilisation.
Industries: Detailing, vehicle care, the reconditioning sector, vehicle preparation for shows and competitions. See also more products from FX PROTECT for a complete range of professional vehicle care.
Frequently Asked Questions (FAQ)
Does FX PROTECT Tyre Dressing Gel work on all types of tyres?
Yes, FX PROTECT Tyre Dressing Gel is developed for use on standard rubber tyres and is suitable for passenger cars, vans and motorcycles. The gel bonds to the rubber surface of the tyre and forms a protective layer regardless of the tyre's tread pattern or size. The product is not recommended for tyres with extremely worn or damaged surfaces where the rubber has lost its structure.
What volume does FX PROTECT Tyre Dressing Gel come in and how long does it last?
FX PROTECT Tyre Dressing Gel is supplied in a 500 ml container. Consumption depends on tyre size and application method, but a controlled application with an applicator pad delivers an economical result per vehicle. The gel consistency minimises spillage and helps the product last longer compared with spray-based alternatives. The exact number of vehicles per container varies depending on tyre dimensions and the desired number of coats.
What sets FX PROTECT Tyre Dressing Gel apart from other tyre shine products on the market?
FX PROTECT Tyre Dressing Gel contains a Graphene Silicone Nanocomplex that contributes to better adhesion and longer-lasting protection compared with many conventional tyre sprays. The built-in UV stabiliser actively helps counteract fading and UV degradation of the rubber. The gel format also provides a more controlled application with minimal splatter, which is an advantage in professional environments where cleanliness and efficiency matter.