Spray Painting in London: Cabinets, Joinery & Feature Walls

What Spray Application Actually Delivers

The appeal of spray painting is simple to state: on the right surface and in the right conditions, it produces a finish that brush and roller cannot match. A well-sprayed panel — a kitchen cabinet door, a flush internal door, a stretch of built-in joinery — has a consistency of film thickness and an absence of brush marks and roller stipple that looks and feels different from a hand-applied finish. It is the difference between a bespoke piece of furniture and one produced by a skilled craftsman working at pace.

But spray painting is not universally superior to traditional methods. It requires more preparation, more equipment, and a different set of skills. There are surfaces where it excels and surfaces where it is the wrong tool entirely. This guide explains both sides of that picture.

HVLP Versus Airless: Two Different Tools

There are two principal spray technologies used in professional painting, and they suit different applications.

HVLP (High Volume Low Pressure). HVLP systems use a turbine to generate a high volume of air at low pressure, which atomises the paint into a fine mist and delivers it to the surface at low velocity. The low pressure reduces overspray — the amount of paint that misses the target surface — making HVLP more economical with material and more practical in occupied or confined spaces. The trade-off is speed: HVLP systems apply paint more slowly than airless, and they generally require paint to be thinned more significantly, which can affect the build-up of thick paint systems.

HVLP is the right tool for: fine furniture and joinery finishes, kitchen cabinet painting, detail work on doors and frames, and any situation where overspray must be minimised.

Airless spraying. Airless systems pump paint at high pressure through a fine tip, which atomises it into a fan pattern. The result is faster application and better penetration of crevices and complex profiles. The trade-off is higher overspray and a more aggressive spray pattern that requires more comprehensive masking and protection.

Airless is the right tool for: large flat wall areas, exterior masonry, communal area redecorations where speed matters, and any situation where production rate is the priority.

Both technologies are part of our toolkit, and the choice of system depends on the specific project requirements.

Surfaces Where Spray Excels

Kitchen Cabinets

Kitchen cabinet painting is the single most common spray application we carry out. The alternative — brush or roller on cabinet doors — always shows the application method in the finish: brush marks, roller texture, or both. Spray-applied cabinets can achieve a finish that is close to a factory spray, and on a well-prepared, degreased surface with the right primer and topcoat, the durability is excellent.

The process for kitchen cabinets:

1. All doors and drawer fronts are removed and sprayed off-site or in a controlled area
2. Cabinet carcasses are masked in place and sprayed (or in some cases, brush/roller painted if access is limited)
3. Doors are reattached after the finish has fully cured

Products: we typically use a two-pack (2K) water-based lacquer for kitchen cabinets where maximum durability and chemical resistance is required, or a high-quality single-pack acrylic enamel where a 2K system is not warranted. 2K systems cure by chemical crosslinking and are significantly harder than air-drying single-pack paints.

Built-in Joinery and Wardrobes

Fitted wardrobes, bookshelves, and other built-in joinery are well-suited to spray finishing when they have flat, uninterrupted surfaces. The finish quality on flat panels is noticeably better than hand-applied, and on a full wall of built-in wardrobes the visual impact of a perfect, uniform finish is significant.

Flush Internal Doors

Flush doors — smooth-faced doors without mouldings or panels — are a natural candidate for spray application. A well-prepared and well-sprayed flush door in an eggshell or satin finish looks clean and intentional. The same door painted with a brush shows every mark.

Feature Walls and Large Flat Surfaces

Large wall areas — a feature wall in a high-specification interior, a whole-room application in a contemporary apartment — can be spray-finished to achieve a smoother, more even appearance than roller application, particularly in dead-flat or silk finishes where any texture variation is visible.

When Spray Is Not the Right Choice

Detailed Mouldings and Ornate Joinery

The advantage of spray — a perfectly even film over a flat surface — becomes a disadvantage on complex profiles. Victorian cornices, panel mouldings, skirting boards with intricate profiles, and similar detailed joinery collect spray paint in the recesses, creating runs and build-up that looks worse than a carefully brush-applied finish. For all ornate period joinery, brush application remains the appropriate method.

Small Rooms Without Adequate Masking Time

Setting up for spray painting in a small room — masking every door, window, light fitting, socket, and piece of furniture that cannot be removed — takes time. If the room is small and the surface area being sprayed is limited, the time investment in masking may exceed the time saving from spraying. In these cases, brush and roller is simply more efficient.

Occupied Properties Without Adequate Dust Management

Spray application in occupied properties requires careful management of overspray and solvent vapour. Even with the best masking, fine particles travel. We do not spray in occupied properties without adequate ventilation and without establishing that residents and any pets are clear of the working area.

Dust and Masking Requirements

The preparation requirement for spray work is proportionally higher than for brush and roller application. Before any spray operation:

• All floors are protected with paper or dust sheet
• All furniture is removed or covered and taped
• All switches, sockets, light fittings, and hardware are masked
• All surfaces within overspray range (typically three to four metres for HVLP, more for airless) are protected
• Ventilation is established but controlled to prevent drafts carrying overspray

The masking for a full kitchen cabinet respray typically takes two to three hours. The spray application itself, once set up, is fast. The overall project time for a full kitchen is typically two to three days including preparation, priming, finish coats, and reassembly.

Spray Painting Costs Versus Brush Application

Spray painting costs more than brush and roller application in most cases, because:

• Equipment costs (HVLP turbines, airless pumps) are significant
• Setup and masking time is higher
• Material use is greater (overspray accounts for ten to twenty percent of material on typical applications)
• A higher skill level is required

For kitchen cabinets: a spray repaint of a typical kitchen (twenty to thirty doors and drawer fronts plus carcasses) costs £1,200 to £2,500 depending on size and condition.

For internal doors: spray finishing a full set of flush doors (typically eight to twelve in a three-bedroom house) costs £600 to £1,200 compared to £400 to £800 for brush application — but the quality differential justifies the premium for high-specification interiors.

For feature walls: spray application of a single feature wall in a premium finish adds £150 to £350 to the cost of brush/roller application but delivers a noticeably better result.

Is Spray Right for Your Project?

Spray painting earns its cost premium when the surface is right for it and the finish standard required is high. For a landlord painting a rental flat to let quickly, spray is rarely cost-effective. For an owner-occupier refurbishing a significant property and wanting a result that reflects the investment, spray is often the right answer.

We are happy to advise on whether spray is the appropriate specification for your project during the initial site visit. There is no obligation and no upcharge for giving you our honest view.