Are you looking for a professional and accountable installation team to lay your new...
Do you have any question about Kronoswiss Aquastop 8mm? Contact to discuss:
Kronoswiss is built from Swiss technology and world-class processes to inhibit moisture ingress from liquid spills. If something spills or splashes in your living space, the Aquastop range can help for up to 48 hours, which also makes it ideal for all those messy accidents that tend to happen in our homes. With AC4 scratch and dent resistance and a 35-year structural warranty, it’s no question that Kronoswiss Aquastop Laminate is a beautiful flooring solution.
Aquastop is a highly sustainable laminate that is ideal for use in high-traffic areas, as it is produced to strict European standards meaning it is free of harmful substances. As such, you can be assured it is safe for home use, even with young children to play on.
What’s more, an innovative click lock system enables a quick and easy installation process so you can enjoy your new floor sooner.
Our Kronoswiss 8mm Laminate Aquastop flooring has innovative design and engineering, specially for prevention of moisture ingress from accidents and spills. This laminate flooring is incredibly useful for homes and businesses that are in need of protecting against moisture exposure, as our 8mm range allows for up to 48 hours of protection. Our wood material is also sourced only from FSC certified forests, making these planks an environmentally sustainable option.
AQUASTOP laminate floors aren’t just easy to install, they’re also a breeze to maintain. You don’t need any special cleaning agents or treatments! Just use your vacuum or mop every so often. However, avoid using regular household cleaners or scouring pads, because they will damage your floor. Do not use Steam mops under any circumstances for laminate floors.
Laminate flooring was first introduced by a Swedish company as a method of reusing waste wood for economical and ethical reasons. These planks are first created by deconstructing wood to make it into a pulp, and then fusing them together in order to create a synthetic core. There are three primary layers, which consist of a wear layer, print layer, and HDF core.