Industrial coatings are used everywhere, even if you don’t always notice them. From factory floors and steel buildings to vehicles and machinery, these specialist paint systems are designed to perform in environments where standard paints would quickly fail.
In this ultimate guide we will cover everything you need to know about industrial coating systems, how they work and which types are used across different industries.
What Are Industrial Coatings?
Industrial coatings are specialist paint systems formulated to protect surfaces in demanding environments.
Unlike the tins of paint you would buy at your local B&Q, industrial paints are formulated for a specific purpose. That could be resisting chemical spillages on a factory floor or the extreme heat generated by the engine of a vehicle. The formulation is designed around the substrate it will adhere to and the conditions it will face.
What makes industrial paint different from standard and professional paint is the additives that fine-tune specific properties such as anti-corrosion performance, drying speed or slip resistance.
The main protective features of industrial coatings include:
Corrosion protection – most important for steel and metal structures.
Environmental protection – shields the underlying material from extreme weather, UV radiation, moisture and temperature changes.
Chemical resistance – prevents substrates such as equipment and tanks that are exposed to aggressive chemicals.
Durability – extends the longevity of machinery and infrastructure, reducing the frequency of repairs.
Functional performance – provides specific capabilities such as non-slip surfaces and insulation.
Aesthetics – offers decorative, high-performance finishes to manufacturing products, automotive parts and structural steelwork.
How Do Industrial Coatings Protect Surfaces?
Industrial coatings protect an array of surfaces and products from corrosion, such as factory machinery and agricultural equipment. They do this by forming an adherent film between a substrate and the environment around it.
That film acts as a physical barrier against:
- Moisture and water ingress
- Oxygen (a key driver of corrosion)
- Chemicals and solvents
- UV radiation and weathering
- Abrasion and physical impact
Without this protective layer, materials such as steel and concrete will eventually degrade. Corrosion alone costs the UK economy an estimated £24 billion per annum. A high-performance industrial coating system is one of the most cost-effective ways to reduce that exposure.
An industrial coating’s performance is heavily influenced by how it cures and forms its final film.
Single-Pack Coatings (Solvent Evaporation)
Some industrial paints dry through simple solvent evaporation, leaving behind a solid film.
Two-Pack Coatings (Chemical Crosslinking)
Other systems, such as two-pack epoxies and polyurethanes, cure through a chemical reaction when two components are mixed.
This creates a crosslinked molecular structure, which provides:
- Greater hardness
- Higher chemical resistance
- Improved durability
This crosslinked molecular structure delivers significantly higher hardness and durability than single-pack alternatives.
What Are the Main Types of Industrial Coatings?
There are numerous types of industrial coatings and paints that make surfaces last longer and look better. The main types of industrial coatings are quick drying direct to metal top coats, epoxy, polyurethane, acrylic and zinc-rich and Zinc-phosphate primers, all of which are available through Black Country Paints.
What Are Direct-to-Metal Paints?
Direct-to-metal (DTM) paints are industrial coatings designed to be applied directly onto prepared steel surfaces without the need for a separate primer. These coatings combine anti-corrosive protection and a decorative finish within a single product, helping reduce application time and overall coating costs.
One of the most widely used DTM systems is QD Direct-to-Metal paint. QD DTM is a fast-drying, semi-gloss industrial coating developed for structural steelwork, agricultural buildings, cladding, machinery, and general fabrication projects.
Its combination of corrosion resistance, fast drying times, and ease of application has made it one of the most popular choices for large industrial and commercial steel projects.
- Advantages of QD Direct-to-Metal Paint
- Direct-to-metal application with no separate primer required
- Fast drying times, improving productivity and turnaround speed
- Anti-corrosive pigments built into the coating system
- Semi-gloss finish suitable for industrial and commercial steelwork
- Can be spray applied quickly across large surface areas
- Available in large pack sizes including 20L, 25L, and 205L barrels
- Reduces labour, material usage, and overall application costs
Another important benefit of QD DTM coatings is their ability to simplify the painting process by reducing the number of coats required. This makes them highly cost-effective for businesses working on large steel fabrication or building projects.
Where Are QD Direct-to-Metal Paints Used?
QD DTM coatings are widely used across a range of industries, including:
Structural steelwork
- Skip and containers
- Agricultural buildings and machinery
- Steel frame buildings
- Cladding and industrial units
- Trailers and fabrication projects
- Commercial and industrial steel structures
- Scaffold Marking
QD Direct-to-Metal coatings are typically spray applied and are ideal for businesses requiring fast production times, durable anti-corrosive protection, and efficient large-scale coating systems.
What Are Compliant Industrial Coatings?
Compliant industrial coatings are specially formulated paint systems developed for businesses using large volumes of industrial paint. These coatings are designed to help reduce paint solvent levels within the working environment, helping businesses meet site, council, and commercial specification requirements while still achieving durable industrial finishes.
- Advantages of Compliant Coatings
- Designed for high-volume industrial paint usage
- Helps businesses meet workplace and council specification requirements
- Suitable for large-scale spray application
- Available in primers and topcoat
- Provides durable anti-corrosive protection and weather resistance
Where Are Compliant Coatings Used?
- Structural steel fabrication
- Skip and container manufacturers
- Steel frame buildings
- Agricultural and industrial buildings
- Cladding manufacturers
- Commercial steelwork projects
- Large-scale industrial painting operations
What Are Industrial Water-Based Paints?
Industrial water-based paints are coatings designed to provide fast drying times, anti-corrosive protection, and easier application within industrial environments. They are commonly used as primers on steel surfaces where quick turnaround times and efficient production are important.
Water-based industrial primers are widely used across steel fabrication, machinery manufacturing, and commercial building projects due to their fast curing properties, low odour, and ease of overcoating.
Advantages of Industrial Water-Based Paints
- Fast drying times, improving production efficiency
- Anti-corrosive protection for steel substrates
- Low odour within the working environment
- Quick overcoating times
- Suitable for spray application across large areas
- Good adhesion to prepared metal surfaces
- Ideal for commercial and industrial fabrication environments
Where Are Industrial Water-Based Paints Used?
- Structural steelwork
- Steel frame buildings
- Agricultural and industrial buildings
- Machinery and fabrication projects
- Cladding and commercial steel units
- Large-scale industrial production environments
What Is Chlorinated Rubber Paint?
Chlorinated rubber is an industrial paint designed to provide excellent resistance against moisture, chemicals, acids, and alkalis in harsh working environments. They are fast drying, durable, and widely used where long-term protection is required in areas exposed to aggressive conditions.
While commonly known for swimming pool applications, chlorinated rubber is also widely used across industrial sectors where chemical resistance and easy maintenance are important.
Advantages of Chlorinated Rubber Coatings
- Excellent resistance to acids and alkalis
- Good resistance to chemical fumes and splash exposure
- Fast drying and easy to maintain
- Durable waterproof finish
- Suitable for concrete, primed steel and primed fibreglass
Where Are Chlorinated Rubber Coatings Used?
- Swimming pools
- Electroplating plants exposed to acidic fumes
- Milking parlours and agricultural washdown areas
- Chemical processing environments
- Industrial walls, floors, and containment areas
- Water treatment and utility buildings
What Are Epoxy Coatings?
Epoxy paints are a type of industrial coating made from a two-component system, consisting of a resin and a hardener that are mixed together immediately before application. Once cured, this chemical reaction forms an exceptionally hard and dense finish, which has a high resistance to chemicals, moisture and mechanical wear.
It is these combination of properties that has made epoxy the most popular industrial paint choice for industrial floors, concrete tanks and car showroom floors.
Advantages of Epoxy
- High resistance to chemicals, moisture and corrosion
- Extremely hard-wearing and durable, ideal for heavy-use environments
- Strong adhesion to concrete and steel substrates
- Excellent resistance to abrasion and mechanical impact
- Underwater protection
Another important benefit of epoxy coatings is that it creates a non-porous surface, suitable for industries with high hygiene standards, such as food production. To explore this further, read our article on the 5 Advantages of Epoxy Paint.
Where Are Epoxy Coatings Used?
Epoxy coatings are widely used across a range of industries, including:
- Industrial flooring
- Concrete tanks and containment areas
- Car showrooms
- Marine environments – underwater
Epoxy coatings are available in different formulations, including two-pack systems (ideal for floors) and solvent-free epoxy systems.
What Are Polyurethane Coatings?
Polyurethane is a type of industrial coating used in environments that require high levels of chemical and UV resistance. They are often used as a protective topcoat, applied over primers such as Zinc Phosphate or zinc-rich coatings.
Advantages of Polyurethane
- High resistance to abrasion and surface wear, improving overall durability
- Excellent UV resistance, preventing colour fade and gloss loss in sunlight
- Can be applied over the majority of existing paints and coatings, provided the surface is sound, properly prepared, and compatible
Another important benefit of polyurethane is its flexibility, which allows it to perform well on surfaces that have vibration or thermal expansion.
Where Are Polyurethane Coatings Used?
Because of this combination of durability, UV resistance and flexibility, polyurethane coatings are widely used across a range of industries.
- Exterior steelwork
- Equipment and machinery
- Automotive finishes
- Marine environments
- High-traffic industrial surfaces
- Agricultural equipment and buildings
- Commercial and industrial flooring
- Trailers, gates, and railings
- Wooden surfaces and joinery
UV resistance is polyurethane’s defining advantage and is the reason it is widely used as the topcoat on surfaces that face the elements, such as marine applications.
How Does Polyurethane Paint Compare to Epoxy Paint?
Epoxy and polyurethane are high-performance two-component coatings, both with their own advantages. Polyurethane paint has much better UV resistance than epoxy coatings. In outdoor conditions, standard epoxy topcoats are known to chalk and safe over time. Epoxy coating shines when it comes to heavy-duty protection and adhesion. They cure down to a hard-wearing finish with a high impact resistance.
The two are often used together. Epoxy is applied first to provide chemical resistance and build film thickness over the substrate, and polyurethane is applied on top to provide a weather-resistant finish.
| Property | Epoxy | Polyurethane |
|---|---|---|
| Hardness | Very high | Moderate to high |
| Chemical resistance | Excellent | Good |
| UV resistance | Low | Excellent |
| Flexibility | Low | High |
| Best use | Harsh environments, chemical/water exposure and heavy-duty surfaces | Exteriors, cladding, vehicles |
What Are Zinc-Rich Coatings?
Zinc-rich coatings are a type of industrial coating specifically designed to protect steel from corrosion. They contain a high concentration of zinc, which provides sacrificial protection by corroding in place of the steel substrate.
Zinc-rich coatings are used as a primer within a coating system, often applied beneath epoxy and polyurethane topcoats to provide long-term corrosion resistance.
Advantages of Zinc-Rich Coatings
- High levels of corrosion protection for steel substrates
- Extends the lifespan of structural steel and metal components
- Excellent adhesion to properly prepared steel surfaces
- Compatible with a wide range of topcoats, including epoxy and polyurethane
Another key benefit of zinc-rich coatings is their ability to continue protecting steel even if the coating becomes damaged, as the zinc will corrode before the underlying metal.
Where Are Zinc-Rich Coatings Used?
Zinc-rich coatings are widely used in environments where steel is exposed to harsh conditions, including:
- Structural steel and steel frame buildings
- Bridges and infrastructure projects
- Marine and offshore environments
- Industrial plants and factories
- Agricultural and heavy-duty equipment
Because of their corrosion resistance, zinc-rich primers are often specified as part of a multi-coat protective system that provides long-term durability.
If you’re unsure which coating system you need, see our comparison guide Polyurethane, Zinc or Epoxy Paint: Which Do You Need?
What Is 2K Acrylic Paint?
2K acrylic paint is a type of industrial coating that uses a two-component system. The ‘2K’ refers to the two-component mixing ratio of a resin and hardener before application. This process combines the quick-drying properties of acrylic with the crosslinked durability of a catalysed system.
2K acrylic paint is ideal for balancing aesthetics with high-performance properties, particularly in automotive and machinery applications.
Advantages of 2K Acrylic Paint
- Fast-drying, improving application speed and efficiency
- Produces a high-gloss, professional finish
- Good colour retention and UV resistance
- Durable surface suitable for general industrial and automotive use
Where Is 2K Acrylic Paint Used?
Because of its high-quality finish and durability, 2K acrylic paint is widely used for:
- Automotive refinishing
- Vehicle bodywork
- Agricultural machinery
Please note, 2K acrylic products are intended for professional and production use only. Correct spray booths, respiratory protection, and suitable paint application equipment must be used during application.
At Black Country Paints, we manufacture a full range of 2K acrylic products, including 2K acrylic paint, primers and lacquers. All of our 2K acrylic coatings are formulated to improve adhesion on difficult substrates.
If you want to understand how two-pack systems work in more detail, read What is 2K Paint and When Should You Use It?
What Is High-Temperature Paint?
High-temperature paint is a specialist industrial coating designed to withstand extreme heat without breaking down. These types of coatings remain stable and protective at temperatures that would cause standard industrial coatings to soften, blister and break down completely.
Depending on the formulation, high-temperature paint can withstand sustained heat of up to 700°C.
Advantages of High-Temperature Paint
- Withstands extreme and sustained heat exposure
- Prevents blistering, cracking and the coating from failing
- Maintains protective properties in high-temperature environments
- Helps extend the lifespan of heat-exposed components
Where Is High-Temperature Paint Used?
Due to its heat resistance, high temperature paint is widely used in applications such as:
- Engine components
- Exhaust systems
- Industrial furnaces and boilers
- Pipework exposed to heat
- Automotive and agricultural machinery
At Black Country Paints, we supply high-temperature coatings for both automotive and industrial applications, including engines, chassis components and equipment operating near heat sources.
What Is Anti-Slip Paint?
Anti-slip paint is an industrial coating that contains an aggregate, creating a textured surface that significantly improves grip underfoot. Its main purpose is to reduce the risk of slips and falls, particularly in wet or high-traffic areas.
Advantages of Anti-Slip Paint
- Increases surface grip and safety underfoot
- Reduces the risk of slips and accidents
- Suitable for both indoor and outdoor environments
- Available in a range of colours for safety marking
Where Is Anti-Slip Paint Used?
Because of its safety benefits, anti-slip paint is widely used on:
- Factory floors
- Metal staircases
- Loading bays
- Decking and walkways
- Paths, patios and playground surfaces
It is a legal and practical necessity in many industrial workplaces under UK Health and Safety Executive (HSE) guidance for employers to manage slip and trip hazards. At Black Country Paints, we manufacture anti-slip coatings with options available in Single Pack and Two Pack Epoxy in RAL and BS colours.
What Is Marine Paint?
Marine paint is a specialised industrial coating designed to protect surfaces exposed to harsh marine environments, including constant contact with seawater. Seawater is highly corrosive, as it supports marine growth such as barnacles and algae.
Marine coatings therefore need anti-corrosion properties that prevent biological growth and maintain adhesion when facing exposure to seawater.
Advantages of Marine Paint
- Strong resistance to saltwater corrosion
- Maintains adhesion in immersed conditions
- Protects against constant environmental and physical stress
Another key benefit of marine paint is its ability to perform across different marine conditions, including above-water surfaces and fully submerged areas.
Where Is Marine Paint Used?
Marine coatings are widely used on:
- Commercial vessels
- Narrow boats
- Offshore structures
- Ship hulls (above and below waterline)
Black Country Paints manufactures marine coatings specifically for different areas of a vessel and varying exposure conditions.
What Are Industrial Coatings Used For?
Industrial coatings are used across virtually every sector of UK industry and commerce.
What Paint Is Used in Factories and Warehouses?
The most common requirement in factories and warehouses is an industrial floor coating that can handle heavy foot traffic, forklift wheels, pallet movement and chemical spillages.
The types of industrial paints used in factories and warehouses include:
- Two-pack epoxy floor paint: used for hard-wearing, chemically resistant flooring that can withstand heavy traffic, forklifts and pallet movement
- Anti-slip floor coatings: applied in areas prone to spills to improve grip and meet workplace safety requirements
- Line marking paint: used to clearly define walkways, loading zones, hazard areas and emergency routes in line with HSE guidance
What Type of Paint Is Best for Industrial Floors?
The best floor paint for industrial floors is a two-pack epoxy system. Industrial floors face heavier traffic and chemical exposure, which is why the hard-wearing two-pack epoxy system is the best choice. It also has an anti-slip version to improve safety.
What Paint Is Used for Structural Steel and Steel Frame Buildings?
Structural steelwork and buildings require a corrosion protection system rather than a single coat of paint.
We offer a range of different systems depending on the application requirements, including:
- Single Pack Polyurethane systems consisting of a primer and top coat
- Single Pack Polyurethane Direct-to-Metal coatings in a semi-gloss finish, where no separate primer is required
- QAD Direct-to-Metal (DTM) coatings, designed for spray application onto large structural steelwork and frame buildings
Our QD DTM system provides anti-corrosive protection within the coating itself, removing the need for a separate primer coat. The semi-gloss finish makes it ideal for commercial and industrial steelwork where speed and efficiency are important.
By reducing the number of coats required, QAD DTM coatings help businesses achieve:
- Faster turnaround times
- Reduced labour and application costs
- Lower material usage
- Increased productivity on large-scale projects
What Paint Is Best for Agricultural and Farm Machinery?
For agricultural buildings and large steel projects, QAD Direct-to-Metal (DTM) or Single Pack Polyurethane Semi-Gloss coatings are more commonly used. These systems are easier to apply on-site and can be supplied in larger sizes, including 20L, 25L, and 205L barrels, making them more suitable and cost-effective for large-scale building projects.
2K acrylic coatings are commonly used for tractor and trailer bodywork due to their fast drying times and automotive-style finish. However, as 2K systems cure using isocyanates, they are not suitable for outdoor or on-site application without the correct spray booths and respiratory equipment.
For agricultural machinery, enamel paints are often preferred as they can be applied over the majority of existing paints, making maintenance and refurbishment easier and more cost-effective.
What Are the Best Paints for Automotive and Vehicle Bodywork?
The best paints for automotive and vehicle bodywork are those that provide durability and a high-quality finish.
- 2K acrylic paint is the industry standard for body panels and cab finishes, offering a high-gloss appearance as well as UV resistance.
- Chassis paint is a heavier-duty coating designed for underbody components, providing strong protection against water and mechanical abrasion.
Vehicle coatings must withstand stone chips, fuel spills, cleaning chemicals and weather-related damage.
What Paint Is Used for Marine Applications?
The best paints for marine applications are epoxy and polyurethane coatings to protect against saltwater and moisture. The type of paint used depends on the area of the vessel.
Polyurethane paint (above the waterline)
Polyurethane is used as a topcoat due to its UV resistance, helping prevent fading and degradation from sunlight.
Epoxy paint (below the waterline)
Epoxy provides excellent durability and protection against water, salt and harsh coastal conditions.
Marine coatings will also require the correct primer system to ensure long-term performance and adhesion:
- Fibreglass/GRP: surfaces require a fibreglass primer to ensure proper adhesion before applying the topcoat.
- Metal: surfaces require an anti-corrosive primer to protect against rust.
- Wood: surfaces typically do not require a separate primer; instead, the first coat can be thinned by around 20% with compatible thinners to act as a priming layer.
Because marine environments are extremely aggressive, the right coating needs to be chosen based on the exposure level of different substrates. Different coating systems are used for submerged, partially exposed and fully exposed surfaces.
How Do You Choose the Right Industrial Paint or Coating?
Choosing the right industrial coating can be determined based on four questions:
- What is the substrate?
- What conditions will the coating face?
- What performance is required?
- How will it be applied?
What Is the Substrate?
The substrate is always the starting point. Steel, concrete, aluminium, fibreglass and wood all behave differently, so not every coating will adhere properly without the right preparation or primer.
It’s not just the type of substrate you need to consider but the condition of the surface too. For example, rusty steel will need a different approach compared to freshly blasted steel. Getting this first step right is essential for long-term adhesion.
What Conditions Will the Coating Face?
Next, think about where the coating will be used. A floor inside a factory environment faces very different conditions compared to external steelwork constantly exposed to the weather.
What to consider:
- UV exposure from sunlight
- Temperature changes
- Moisture and humidity
- Contact with water or full immersion
- Exposure to chemicals, fuels or cleaning products
These factors will quickly narrow down which industrial coatings are suitable. For example, if you know your substrate will be exposed to sunlight, a polyurethane coating will provide the best protection.
What Performance Is Required?
Once you understand the environment, you can focus on what the coating actually needs to do.
This might include:
- High durability and impact resistance
- Chemical resistance
- Slip resistance for safety
- Fire protection
- Or a decorative finish
How Will the Coating Be Applied?
Finally, consider how the coating will be applied. Some industrial coating systems require specialist spray equipment, while others can be applied using a brush or roller.
How Is Industrial Paint Applied?
Industrial coatings are typically applied using spray equipment such as airless sprayers, conventional spray pots or electrostatic spraying. Spraying provides a much more even coverage, especially on large or complex surfaces such as machinery.
- Conventional spray application uses compressed air to atomise the paint, producing a fine mist that can be directed accurately.
- Airless spray uses hydraulic pressure rather than air to atomise the paint. This gives a heavier deposition rate and makes it efficient for covering large areas of structural steelwork or cladding quickly.
- Electrostatic spray is most commonly used in controlled manufacturing environments for coating metal components.
Some coatings can also be applied using brush and roller methods, depending on the product formulation and application requirements. Brush and roller application requires no specialist equipment, but it is slower and less suitable for achieving the even film thicknesses that some two-pack coatings require.
How Should You Prepare a Surface Before Applying Industrial Paint?
Surface preparation is one of the most important factors in how well an industrial coating performs. Industrial coatings need strong adhesion to perform. If the surface isn’t cleaned and properly prepared, the coating won’t bond correctly, leading to peeling or blistering.
Surface preparation comes down to three key steps:
- Cleaning
- Degreasing
- Mechanical abrasion
These three steps must be done before you apply a primer or topcoat.
What Are the Main Industrial Paint Colour Standards Used in the UK?
RAL Classic
RAL Classic is one of the most widely used colour matching systems in industrial coatings across the UK and Europe. It is commonly specified for structural steelwork, machinery, cladding, railings, and commercial buildings. Each colour is identified by a unique four-digit RAL code, helping ensure colour consistency across different manufacturers and projects.
BS 4800
BS 4800 is a schedule of paint colours for building purposes. It is widely used on commercial and public sector construction projects to achieve consistent colour across large projects or across multiple contractors.
BS 381C
British Standard BS 381c is a range of specified colours used particularly for identification coding, military applications and utility infrastructure. It’s made up of 91 unique paint colours and their corresponding colourimetric data.
Is It Worth Buying Industrial Paint in Bulk?
For businesses with regular and predictable paint requirements, bulk purchasing is almost always worthwhile. At Black Country Paints, we offer bulk-buy discounts on a wide range of our industrial coatings. That means the larger the order, the lower the cost per litre.
Shelf life is something to keep in mind when buying in bulk. Most industrial paints last 12 months from batch date if stored properly, so it’s worth checking the data sheet before ordering large quantities of a product you don’t use often.
For businesses that use large volumes of paint throughout the year, setting up a trade account and buying in bulk can reduce costs and make ordering much easier.
Why Choose a UK Industrial Paint Manufacturer Like BC Paints?
There’s a real difference between buying from a manufacturer and buying from a distributor. When you buy directly from BC Paints, you’re dealing with the people who actually make the coatings and not a middleman. That means you benefit from better technical advice and more flexibility if you need something bespoke.
At BC Paints, we have been manufacturing industrial coatings in the UK for over 30 years. Our product range covers everything from industrial and floor paints to marine, agricultural, vehicle and high-temperature coatings. They are all available in a wide choice of colours, including standards such as RAL, BS 4800 and BS 381C.
Technical documentation, including SDS are available for all products, and we offer bulk discounts for higher-volume orders.
If you already know what you need, you can order online. If not, contact our expert team, who is always available to offer practical advice and help you choose the right industrial coating.
Frequently Asked Questions About Industrial Coatings
How are Industrial Paints Different From Regular Paint?
Industrial paints and coatings are purposefully designed for protection and performance over aesthetics. They are formulated to withstand extreme conditions such as high temperatures, chemicals, humidity and daily wear. Industrial paints, such as epoxies, provide superior durability and resistance compared to regular paints, which are primarily designed for ambient conditions and focus on colour and finish.
What Is the Difference Between Single-Pack and Two-Pack Industrial Paint?
The main difference between one-pack and two-pack industrial paint is how the paint cures and how durable it is once applied.
A Single-pack paint is ready to use straight from the tin. It dries through air exposure or solvent evaporation, so there’s no mixing required. Whereas a two-pack paint requires mixing a base with a hardener before application. Once combined, a chemical reaction takes place, creating a much harder finish with better resistance to chemicals and damage.
Can You Buy Industrial Paint in Custom Colours?
Yes. Black Country Paints can produce industrial paint in any colour from any recognised reference system, such as RAL, BS 4800 and BS 381C or a bespoke colour match provided as a physical sample or colour code. All colours are mixed to order, and the standard turnaround is one to three working days. There are over 10,000 colours available across our range.
