Epoxy Flooring Birmingham
If you’re responsible for an industrial or commercial property then you’ll probably already be aware of how different such buildings need to be compared to traditional domestic dwellings. Government regulations and health and safety guidelines impose special requirements upon industrial units which must be adhered to by law in many cases. A warehouse or factory’s flooring is by no means except from such considerations; it’s important to select a type which can handle industrial use. Thankfully, here at Shirley Industrial Painters we have a tried and tested solution in the form of a new epoxy floor Birmingham.
Epoxy floors are used in industrial environments due to an impressive list of resistance properties.
Durability
At a molecular level Epoxy floors comprise very strongly bonded molecules, which give them a high level of resistance to repeated wear and high impacts. In an industrial environment this means that they’re able to withstand tyre wear from vehicles such as fork lift trucks, and impacts from dropped items and miscellaneous damage.
Slip – Resistance
Here at Shirley Industrial Painters we’re able to provide slip – resistant additives in the composition of our epoxy flooring which helps keep employees safe from harmful falls within an industrial or commercial environment. Added grip helps companies meet health and safety guidelines and improves vehicle traction in warehouse environments.
Electrical Insulation
Epoxy floors generally possess high insulating properties, which mean that there are no issues concerning the use of electrical equipment and machinery in the property. They’re completely waterproof too, so don’t worry if your new floor gets wet.
Heat Resistance
This quality can be especially useful in many factory and workshop applications – the normal heat generating processes aren’t a problem for an epoxy floor Birmingham like this. For more information regarding our flooring or any of our services as painter Birmingham, please fill out an enquiry form on our Contact page.