All About Detailing & Valeting

The first contact with the paint should remove as much loose contamination as possible.

During normal driving, your vehicle collects road film, dust, grit, traffic film, oils, brake dust and other environmental contamination. Much of this sits loosely on the surface, but some particles can become firmly attached.

A pre-wash uses a combination of water, chemical cleaning agents and controlled dwell time to loosen and break down this contamination before physical contact is made with the paint. This is important because every time a wash mitt or cloth touches the vehicle, there is a possibility of moving particles across the surface.

The less contamination remaining on the paint before contact washing begins, the lower the risk of introducing wash-induced marring and swirl marks.

It's not usually the wash mitt itself — it's what gets trapped between the mitt and the paint. Road grime can contain fine abrasive particles such as dust, grit and mineral contamination.

If these particles remain on the vehicle and become trapped inside a wash mitt or towel, physical pressure can drag them across the paintwork. Repeated over many washes, this can create extremely fine scratches and marring in the clear coat — often visible as swirl marks, particularly under direct sunlight or strong artificial lighting.

A wash mitt or microfibre towel can collect contamination during use. If that contamination is not properly released, or the same dirty cloth is repeatedly used across different areas of the vehicle, particles can be transferred from one surface to another.

Professional detailing therefore relies on clean, suitable wash media and controlled washing techniques to reduce cross-contamination.

The quality of the water we use plays an important role in the final finish of a vehicle. Ordinary tap water contains naturally occurring dissolved minerals and salts, such as calcium and magnesium. When water evaporates from the surface, the water disappears but these dissolved minerals can remain behind — forming the familiar white spots and mineral deposits often seen on paint and glass.

At Dipped In Detail, we use spotless, purified water, which has been treated to remove the majority of these dissolved minerals and impurities. When the water evaporates from the vehicle, there is significantly less mineral residue left behind — particularly beneficial on dark paint, glass and ceramic-coated vehicles, where even small deposits can be highly visible.

Using purified water also reduces the need for excessive wiping or drying to remove water marks. Every additional contact with the paint creates another opportunity for dirt or particles to cause light marring, so reducing unnecessary contact is an important part of a safe detailing process.

Not all car washes are the same.

Many commercial and automated car washes use Traffic Film Remover (TFR) to quickly break down heavy road grime, grease and traffic film. TFR is generally a much stronger, often alkaline cleaning chemical designed for speed and efficiency rather than long-term paint care.

While correctly diluted TFR can be useful for certain applications, frequent or incorrect use can be unnecessarily harsh on a vehicle's exterior. Strong alkaline cleaners can strip waxes and sealants, affect unprotected trims and rubbers, and may reduce the performance of existing protective products over time.

At Dipped In Detail, we take a more controlled approach. Where appropriate, we use pH-neutral shampoos and cleaning products that are formulated to safely clean the vehicle while being much gentler on the paintwork and existing protection.

The pH scale measures how acidic or alkaline a substance is. A pH-neutral product sits around pH 7, making it less aggressive than highly acidic or alkaline cleaners.

A pH-neutral shampoo is designed to lift and lubricate contamination, allowing dirt to be safely removed with minimal friction rather than relying solely on aggressive chemistry. This is particularly important on vehicles protected with ceramic coatings, waxes or sealants, where maintaining the protective layer is just as important as cleaning the vehicle itself.

We don't believe the strongest chemical is necessarily the best chemical. Our process combines pre-wash, controlled chemical cleaning, high-quality wash media and safe drying techniques to remove contamination while minimising unnecessary contact with the paint.

Clean the vehicle — without unnecessarily attacking the protection underneath.

Heat helps loosen contamination without relying entirely on aggressive chemicals. Steam cleaning uses high-temperature vapour to help soften and loosen certain types of dirt, oils and residues from interior surfaces and hard-to-reach areas. The heat can help break the bond between contamination and the surface, allowing it to be lifted more easily.

Some of the dirtiest areas of a vehicle are the places you can't easily reach with a towel. Compressed air allows us to dislodge dust, debris and moisture from areas such as:

It is also extremely useful during the drying process. Instead of forcing a towel into every gap, compressed air can push trapped water out of crevices, reducing the amount of water that later runs back onto the vehicle — particularly useful around mirrors, grilles, badges, trims and panel gaps.