The Benefits Of Using Non-Skid Coatings

While you want the floors of your home or workplace to look aesthetically great, you also need them to be durable and functional. Some flooring choices look amazing, however, they are naturally slippery and can lead to dangerous accidents. This is when you need an effective non-skid coating that allows you to keep the look of your floors while also enhancing their slip resistance. 

What are the advantages of using a non-skid coating on your floors?

Some home or business owners may think that applying non-skid floor paint is a complex process and may change the look of their floors too drastically. However, this is not the case at all. In fact, non-skid paint for wood, stone, concrete and vinyl all have plenty of benefits. Some of these include: 

• Enhancing traction

The main purpose of investing in a non-skid coating is to improve the traction of floors. The product works to increase the floor's friction coefficient to avoid slips and falls. Coatings are typically specialized and designed for specific types of floors, such as non-skid deck paint for wooden decks or non-skid paint for boats. 

• Extended life

Some non-skid coating solutions can enhance the durability of different floor types. This is because these coatings create an extra layer on surfaces that offer protection against erosion and general wear and tear. 

• Resistant to oils, fuels and chemicals

Some non-skid floor paint solutions are resistant to a variety of harmful substances that may damage surfaces. When a coating is applied, spilt oils, fuels and chemicals can simply be cleaned off the surface. 

• Sealing floors

Many coatings also work as penetrating sealers to protect floors from damage and increase the life of the finish. This can be particularly useful for concrete and stone surfaces. 

Want to enhance your floors?

If you're ready to enjoy all the benefits of investing in a non-skid coating for your floors, talk to the team at SlipDoctors. We will help you to find the best solution for your surfaces.