At MCG Epoxy Coatings Limited, we install high-quality slip-resistant flooring for businesses that need a safer, more durable surface in areas where water, oils, production residues, or other contaminants can increase the risk of slips.
Working throughout Lancashire and the wider North of England, we provide professional resin flooring systems for industrial, commercial and specialist environments. Slip-resistant flooring can be tailored to suit different working conditions, from light commercial areas through to demanding production facilities where grip, durability and ease of maintenance all need to work together.
Slip-resistant flooring is designed to create additional surface texture so that footwear and vehicle tyres can maintain better contact with the floor. This is particularly important in areas where liquids, oils, dust or other materials may regularly reach the surface. The level of texture required will depend on the environment.
A heavily textured floor may be ideal in a wet production area, while a more moderate finish may be better suited to a commercial or public-facing space where cleaning and appearance are also important. At MCG Epoxy Coatings Limited, we select the flooring build-up according to how the area is used rather than applying the same finish everywhere.
More texture does not automatically mean a better floor. Highly textured surfaces can provide excellent grip, but they can also require more intensive cleaning than smoother finishes. The best flooring specification therefore needs to balance slip resistance with hygiene, maintenance and day-to-day practicality.
This is particularly important in food processing, healthcare and commercial settings where both safety and cleanliness are essential. By understanding the conditions within the premises, we can recommend a surface profile that provides suitable grip without making routine maintenance unnecessarily difficult.
Site Assessment: We begin by looking at how the space is used and the conditions the flooring is likely to encounter. Water, oils, chemicals, cleaning processes, foot traffic and vehicle movements can all influence the level of texture and resin system required.
Surface Preparation: The existing substrate is mechanically prepared to create a suitable surface for the new flooring system. Techniques such as diamond grinding or shot blasting may be used depending on the floor condition and specification. Cracks, damaged sections or previous coatings may also need to be addressed before resin application begins.
Resin and Aggregate Application: Once the substrate has been correctly prepared, the selected resin system is applied. Where additional slip resistance is required, suitable aggregates can be incorporated or broadcast into the surface to create the desired level of texture.
Final Finish and Inspection: Finishing coats are applied as required to seal and protect the system while retaining the intended slip-resistant profile. The completed floor is then inspected to ensure the finish is consistent and appropriate for the environment.
Slip resistance can be beneficial across a wide range of industries. The most appropriate flooring system will depend on the contaminants present, traffic levels, cleaning routines and the degree of grip required.
Production and engineering areas can be exposed to oils, lubricants, coolants and process residues. These substances can make smooth flooring hazardous if not properly managed. A textured epoxy flooring system can provide a hard-wearing surface while helping improve underfoot traction.
Food preparation and processing areas are often washed down regularly and may be exposed to water, grease and food residues throughout the working day. Slip-resistant resin and polyurethane flooring can provide the additional grip required while maintaining a seamless surface that is easier to clean.
Garages, workshops, MOT centres and automotive facilities frequently encounter water, oils and other fluids. A slip-resistant resin floor can help create a safer working surface while also providing the durability needed for vehicles, tools and equipment.
Entrances, corridors, kitchens, service areas and other locations within healthcare, retail and public buildings can also benefit from improved traction. In these environments, the flooring specification often needs to balance safety with appearance, comfort and straightforward cleaning.
Choosing MCG Epoxy Coatings Limited means working with a flooring contractor that considers the whole environment rather than simply adding texture to a standard floor. Slip resistance needs to be designed around the contaminants present, the type of traffic using the area and the cleaning procedures carried out after installation.
We take a detailed approach from the initial assessment through to surface preparation, resin application and final finishing. Depending on the project, we can provide epoxy, polyurethane, quartz and other resin-based systems with different levels of texture and durability.
For businesses throughout Lancashire and the North of England, we install slip-resistant flooring across manufacturing, food production, automotive, engineering, healthcare, retail, warehousing and public-sector environments. Each project is specified around the needs of the individual site so that the finished floor delivers the right balance of safety, strength, appearance and maintenance.
Choosing an industrial floor coating starts with understanding how the floor will be used. Factors such as forklift traffic, machinery, chemical exposure, temperature changes, spillages, cleaning methods and the required level of slip resistance all affect the specification. Epoxy, polyurethane, quartz and other resin systems offer different properties, so the coating should be selected according to the conditions within the facility rather than using the same system for every application.
Surface preparation usually involves removing contaminants, weak material and existing coatings before the resin is applied. Mechanical methods such as diamond grinding or shot blasting can be used to create a suitable profile for adhesion. Cracks, damaged concrete and other defects may also need to be repaired. The exact preparation method depends on the condition of the substrate and the flooring system being installed, making an assessment of the existing floor an important first step.
Automotive workshops need flooring that can cope with vehicle movements, tools, impacts, oils, lubricants and regular cleaning. Resin flooring can provide a hard-wearing surface with chemical resistance and the option of adding a textured finish where greater slip resistance is required. Epoxy may be suitable for many workshop areas, while polyurethane can be considered where greater flexibility, chemical resistance or resistance to temperature changes is required.
Epoxy and polyurethane flooring are both resin-based systems, but their properties differ. Epoxy generally provides a hard, strong surface with good resistance to wear and chemicals, making it suitable for many industrial and commercial environments. Polyurethane has greater flexibility and can offer good resistance to chemicals, temperature changes and demanding cleaning conditions. The better option depends on factors such as traffic, impact, temperature, chemicals and cleaning requirements within the premises.
Slip-resistant flooring can be beneficial in healthcare environments where water, cleaning products and other liquids may reach the floor. A suitable textured resin system can provide additional grip while still offering a surface that is straightforward to clean. The level of texture needs to be carefully considered because a heavily textured surface can make cleaning more difficult. The flooring specification should therefore balance slip resistance, hygiene, cleaning requirements and the needs of patients, visitors and staff.
