Polished Concrete vs Resin Flooring

Choosing the perfect type of flooring for your home or business can be a daunting prospect. There are so many options, each with its own unique advantages and disadvantages. Two popular flooring choices right now are resin or polished concrete.

Both are durable, stylish, budget-friendly, and give a clean, polished look, but which one should you choose? In this blog post, we’ll compare resin vs polished concrete and help you select the best flooring option for your project.

Differences Between Polished Concrete and Resin Flooring

Let’s look at the pros and cons of resin flooring and polished concrete.


Polished concrete floors offer exceptional durability, making them popular for high-traffic areas. Its dense surface can withstand heavy foot traffic and even machinery without showing signs of wear and tear. On the other hand, resin flooring may not be as durable as polished concrete and may require more frequent repairs or replacements in high-traffic areas.


This depends on the system that has been specified.  But as a general rule regarding cost, x than most resin flooring systems. This is because polished concrete’s materials and installation process are simpler and require less specialized equipment.

Resin flooring, on the other hand, can be a more expensive option due to its customisation options and specialised installation techniques.

Installation time

Polished concrete typically has a similar installation time compared to resin flooring. This depends on the type of resin coatings. The process for polished concrete involves grinding and polishing an existing concrete slab, while resin flooring requires multiple layers of specialised materials to be applied and cured on top of the existing floor.

There are fast cure resins on the market. MMA resin floors can fully cure within an hour, which enables a very fast installation process. This is comparable to our DCF Express Polishing System, which is much faster than traditional methods of polishing the surface of concrete.

Chemical resistance

Resin flooring is known for its superior chemical resistance compared to polished concrete. This makes it a popular choice for commercial and industrial settings that may be exposed to harsh chemicals or spills. Polished concrete, while still relatively resistant, may require more frequent maintenance and sealing to protect against chemical damage.

Environmentally Friendliness

Polished concrete is a concrete floor that has been enhanced and made harder. So regarding sustainability, it has the upper hand as it utilises existing rather than new materials. This can help reduce waste and emissions from producing and transporting new flooring materials.

However, resin flooring is often made from eco-friendly materials such as recycled glass or natural pigments, making it a sustainable choice as well. Some resin flooring can be manufactured with recycled or natural products. But if an eco-friendly option is your top priority, choose polished concrete.

Slip Resistance

When it comes to slip resistance, both polished concrete and resin flooring can provide high levels of traction in dry conditions. However, in wet environments or areas with heavy foot traffic, resin flooring may offer better slip resistance due to the option of having a slightly textured surface.

Some resin floors are suitable for outdoor environments due to their anti-slip properties, whereas polished concrete’s smooth surface means that it is not.


Regular concrete will either need to be coated or polished to stop it from degrading, wearing away, and dusting. Polished concrete is made by strengthening the existing concrete, unlike an epoxy or any other resin that will sit on the surface. Because of this, only the higher specifications of resin floors will last anywhere near the same amount of time as a polished system.

Social Housing ResinWhat is the Process for Installation a Polished Concrete and Resin Flooring?

Although there are some similarities in the installation of these products, they are, on the whole, very different. A seamless resin flooring system first requires mechanical preparation of the subfloor being adhered to; this is usually done by diamond grinding or shot blasting. A primer coat is usually applied, then various coats of resin are applied depending on the type of resin flooring being installed.

Polishing concrete involves working through various grades of diamonds that remove more scratches from the floor with each process. This, combined with a densifier and sealer, produces an ultra-hard top layer.

Resin Flooring Functionality in Contrast to Polished Concrete

The functionality of resin flooring tends to contrast starkly with that of polished concrete. With its highly customizable nature, resin based flooring can be tailored to offer a range of properties such as chemical resistance, anti-static attributes, or high-impact resilience.

This makes it an ideal choice for industrial settings where these features may be necessary. On the other hand, concrete polishing is appreciated for its aesthetic appeal and durability. It offers a sleek, high-gloss finish that is hard-wearing and easy to maintain. However, it lacks the customizable functional properties of resin flooring. When choosing which industrial flooring is best for your space, it’s important to consider both the practical requirements and the desired aesthetic outcome.

Where is Polished Concrete and Epoxy Resin Flooring Most Used?

Polished concrete and epoxy floors are the most popular floor finishes in a number of sectors. Distribution, warehousing, data centers, and manufacturing are all areas where epoxy coatings and polished concrete flooring can help provide a robust finish that is relatively maintenance-free.

The relatively low cost of installations compared to alternative flooring options makes these systems an obvious choice for businesses with large areas that require protection.

How to Determine the Best Flooring Option for You Polished Concrete vs. Epoxy Floor?

You’re not alone if you’re struggling to select the best option when comparing polished concrete with epoxy paint or coatings. Taking into consideration all of the factors, such as budget, how long you need the floor to last, how you need the floor to perform, the type of concrete you have, what you want it to look like, and how low maintenance you require it to be….are all essential things to take into account.

We would always advise you to seek advice from an impartial, professional company that provides both of these services. This way, there is no bias to push a particular product but only expertise on what would be the best fit for you. There are a number of companies, including ourselves, that would be able to provide this service for you.


Can polished concrete flooring withstand high pressure?

The hard-wearing properties of concrete mean that it is able to withstand large amounts of pressure. However, when you polish the surface of the concrete, it becomes even harder.

Densifiers are used when installing polished concrete that stiffens the surface and makes it more pressure-resistant. This makes it a great option for high-traffic areas such as commercial spaces, warehouses, and industrial facilities.

What are the coatings for polished concrete floors?

Coatings include, stain protectors, polyurethane and acrylic sealers, which provide additional protection against stains and wear. Some sealers are topical, which means they sit on the surface of the concrete.

We prefer to use non topical sealers that penetrate the surface so they are harder to wear away. These products are clear so that you still get the beautiful look of polished concrete.

What is a cheaper flooring solution epoxy or polished concrete?

This would depend on the existing substrate’s condition and the installed system’s specification. There are budget options for both. Speak to an expert who can give you advice on the different types of concrete flooring finishes available to you.

Which flooring material is the most resilient polished concrete or resin?

With regards to traffic, polished concrete is normally the most resilient. However some specialist resins are more resilient to chemicals and other conditions.

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