InteliGraph Explained: Graphene, Intelligent Polymers and the Four Coatings

Most ceramic coatings are built on one idea: put a hard, chemically resistant layer of SiO₂ on the paint. The InteliGraph series from Ultracoat goes further. It combines three active ingredients with a smart polymer system designed to adapt to the conditions a car actually lives in, from a frozen January morning on a gritted road to a hot August afternoon in a supermarket car park.

This guide explains what is inside InteliGraph, what "intelligent polymers" means in plain terms, how that differs from the elastomers used in some other coatings, and which of the four InteliGraph coatings suits which job.

Three ingredients, one layer

Every InteliGraph coating is built on the same three-part formula, and each ingredient has a specific job.

• SiO₂ (silicon dioxide) gives hardness and chemical resistance. It is the backbone of almost every ceramic coating.
• SiC (silicon carbide) adds durability, helping the layer hold up to heat, abrasion and repeated washing.
• Graphene platelets make the surface exceptionally smooth. That smoothness is what drives the strong water behaviour, the slickness that stops dirt keying in, and the depth of colour the series is known for.

Those three bond into a single layer, held together by a smart polymer system. That last part is what gives the series its name.

What "intelligent polymers" means

Polymers are long chains of molecules, and most plastics, rubbers and coatings are built from them. Conventional polymer materials have fixed properties. Whatever they are like on the day they are made, that is how they behave, whatever conditions they meet.

Intelligent, or smart, polymers are different. They are designed to respond to changes around them, such as temperature, UV exposure or chemical contact, and adjust their behaviour rather than simply enduring the stress until they wear out. Many can also repair micro-damage within their own structure, a property known as self-healing. In a coating, the practical result is a layer that holds its performance through a much wider range of conditions and keeps it for longer.

That matters on a car in the UK more than you might think. A panel can go from below freezing to well over 40°C in direct summer sun. It spends winter under a film of road salt and spends the rest of the year being hit with shampoos, traffic film removers and bird droppings. A coating that performs well in a laboratory at 20°C has to cope with all of that.

Elastomers versus intelligent polymers

Elastomers are the flexible, rubber-like polymers found in seals, tyres and some protective coatings. Their great strength is elasticity. They can stretch a long way under load and spring back without damage, and they stay flexible over a wide temperature range.

That flexibility is useful, but it is essentially a response to one thing: physical stress. An elastomer's properties are fixed. It does not change how it behaves when UV intensity rises, when the temperature swings or when it meets an aggressive chemical, and over time harsh environments break it down.

The comparison looks like this:

• Response to conditions. Elastomers flex under load but otherwise stay the same. Intelligent polymers adapt to temperature, UV and chemical exposure.
• Range of protection. Elastomers are mainly about mechanical flexibility. Intelligent polymers are designed to hold their performance against heat, frost, UV and chemicals as well.
• Long-term behaviour. Elastomers gradually degrade in harsh environments. Intelligent polymers can repair micro-damage within the layer themselves, so a coating built on them keeps its protective properties for longer in the same conditions.

Put simply, an elastomer endures. An intelligent polymer adapts.

What that means on your car

• Weather. Protection holds through hard frost, summer heat and the temperature swings in between.
• Self-healing. Micro-damage within the coating layer repairs itself, which helps the coating keep its gloss and protective properties for longer. It is not the same as being scratch-proof: deeper scratches from grit or careless washing still need attention.
• Chemicals. Skyline, for example, is rated for cleaners anywhere from pH 2 to 13, which covers everything from acidic shampoos to strong alkaline pre-washes, as well as road salt.
• UV. The layer guards against the fading and oxidation that sunlight causes over time.
• Water behaviour. The graphene smoothness makes water bead and roll off the moment it lands, so the car stays cleaner between washes and dries more easily.
• Easier cleaning. Road film, brake dust and dirt struggle to key into a surface that smooth, so washing takes less effort.

The four InteliGraph coatings

Skyline: paintwork, up to 3 years or 50,000 miles

The paint coating of the series and the one with the deepest colour. The graphene pulls saturation out of the paint, so black reads as properly black and reds go deeper, with a clean, mirror-like reflection. One layer gives its full performance, and 15 ml covers a medium car, so a 30 ml bottle does two cars. It is also suitable for matte and satin paint, where it saturates the colour without adding gloss, although on matte finishes we recommend having it applied by an accredited studio.

Aurora: paint, wheels and trim, up to 9 months

The most versatile coating in the series and the easiest to apply. One product covers paint, wheels and exterior plastics. You can pour it onto the applicator like a traditional coating or fit the spray head and mist it on, it is designed for outdoor application on the driveway, and the car can be driven after 4 to 5 hours, so it is back in use the same day. Full cure takes 24 hours. It works as standalone protection or over a compatible coating to bring the gloss and beading back. If you have never coated a car before, start here.

Vista: glass, up to 2 years or around 18,000 miles

The glass coating. From around 28 mph, airflow carries rain off the windscreen on its own, the invisible wiper effect, and insects and road film wipe away instead of smearing. The real benefit is visibility, particularly at night in the rain, when an untreated screen scatters headlight glare. It goes on every piece of exterior glass, and 15 ml covers the glass on a standard car.

Gravity: wheels, calipers and exhaust tips, up to 2 years

Built for the hardest-working parts of the car. Brake dust bakes onto wheels at temperatures nothing else sees, winter salt attacks them for months, and every wheel cleaner is another dose of chemicals. With Gravity, brake dust sits on top instead of keying in, so a rinse does what a scrubbing session used to. It also works on exhaust tips, brake calipers and unpainted exterior plastics, where it restores depth of colour and slows fading. A 50 ml bottle covers the wheels on up to six cars.

Which one do you need?

The four coatings are designed to work together as a system, so you can protect every surface of the car with the product made for it.

• For the full treatment: Skyline on the paint, Vista on the glass and Gravity on the wheels.
• For a quick, easy result across the whole car: Aurora on paint, wheels and trim, plus Vista on the glass.
• For a car that is already coated: Aurora as a top coat to refresh gloss and beading, or Gravity to add dedicated wheel protection.

Applying InteliGraph coatings

As with any coating, preparation decides the result. Wash, decontaminate with an iron remover, correct the paint if it needs it and degrease with Finest Wipe immediately before application. For Vista, degrease the glass with Glass Cleaner rather than a hydrophobic glass product, which would stop the coating bonding.

The adaptive polymers make InteliGraph coatings unusually forgiving to apply. They can be applied at temperatures from 10°C to 30°C and across a wide range of humidity levels, which suits a British garage far better than coatings that need near-perfect conditions.

For Skyline, Aurora and Gravity, apply a generous amount to a clean applicator in a cross-hatch pattern, working in sections. After around 30 seconds, remove the excess with a clean microfibre and buff with a dry one. Vista is different: apply it to the glass in circular motions, leave it for 1 to 2 minutes, then buff with a clean, dry microfibre. Work out of direct sun and never on hot surfaces.

All four coatings need 24 hours to cure fully. Aurora is ready to drive after 4 to 5 hours, but it must not come into contact with water for the first 24 hours. Neither Skyline nor Aurora should be washed for the first 7 days. Our guide on how to apply a ceramic coating at home covers every step.

Keeping it performing

Even the most advanced coating collects mineral deposits from normal washing over time, and those gradually dull its water behaviour. Ultracoat recommends a service every 6 months or 6,000 miles: a wash with an acidic shampoo such as Bubble Shock followed by full decontamination, which brings the coating's original properties back. Accredited Ultracoat Pro studios can apply InteliGraph coatings and carry out these services for you.

Summary

InteliGraph combines SiO₂ for hardness, SiC for durability and graphene for smoothness and colour, held together by a smart polymer system that adapts to heat, frost, UV and chemicals rather than simply enduring them. Skyline protects paint for up to three years, Aurora covers paint, wheels and trim for nine months, Vista clears rain from glass at road speed, and Gravity keeps brake dust off wheels for up to two years. Together they protect every exterior surface of the car with a product designed for it.

Explore the full InteliGraph series, or read what a ceramic coating is and what it can and cannot do.