Modern Polished Concrete Floors

Modern polished concrete floors are quickly becoming a popular flooring design for both residential and commercial buildings.

Due to its style, versatility and durability, modern polished concrete floors are favoured by architects and designers alike, and they can be used in any room of your home or business.

Polished concrete flooring can transform your space by using the existing concrete slab that is already in place. This method of reviving the original concrete slab is sustainable due to the use of previously crafted materials and it is also eco-friendly as there are no hazardous chemicals used for installation and maintenance. If you are building a new home, polished concrete flooring can be created new for the space. Using heaving duty polishing machines that are equipped with diamond abrasive grits, the new or existing concrete surface is ground down until your desired look of either a matte or high-gloss finish has been achieved.

Modern Polished Concrete Floors

Polished concrete floors are customisable and there are a range of colours and levels of exposure to choose from. As polished concrete floors are durable, long lasting and hard wearing, they will not chip or crack like flooring such as timber, tiles and laminates. Polished concrete flooring is stain resistant, easy to clean and low maintenance – there are no cracks or crevices for dirt to build up in and a simple mop with warm water and soap will suffice. The floors are also low allergenic as they are mite, mould and bacteria resistant. If your current concrete flooring needs repairing, Eco Grind can evaluate the flooring and repair it to transform the current concrete slab into the flooring that you desire. Additionally, Acrylic, Epoxy or Polyurethane sealant is available for your newly polished concrete flooring, to create a satin or gloss finish.

Eco Grind will help you achieve modern polished concrete flooring suitable for your residential or commercial building. Contact Eco Grind to bring your vision to life.