Concrex Carbon Fibre - Even stronger than before
avril 12, 2022
Floor coating
Look no further than Concrex Carbon Fibre
For more than fifty years, customers have relied on Concrex to deliver exceptional performance, making it the number one epoxy resin floor repair mortar on the market. Across Europe, this strong, versatile and efficient mortar has helped to ensure reliable results for individuals working on wide range of concrete floor repair and installation jobs.
Now, a new chapter of the Concrex story is set to begin. Following extensive research and product formulation development, we are delighted to announce the launch of Concrex Carbon Fibre. The new and improved repair mortar has now joined the extensive Watco Concrex range, replacing the best-selling original formulation to achieve even greater results.
Concrex Carbon Fibre is a premium epoxy resin mortar designed to permanently repair damaged concrete floors. Because of the new carbon fibre and ceramic based formulation, it is now even stronger, more chemical resistant and dries even faster.
Incredibly durable
All Concrex Carbon Fibre repairs should be considered permanent, and will outlast the surrounding concrete floor. With a 20 year guarantee against impact and abrasion failure, Concrex Carbon Fibre provides peace of mind that the repair will last.
Resin rich
As well as being reinforced with carbon fibre and ceramic, the new formula is resin rich, having been loaded with epoxy to give you an even stronger, more permanent repair than the original Concrex – already the strongest on the market.
Quicker & easier repairs
Fast drying, the repair is ready for traffic again in 1 hour. The product can also be feather edged, making repairs quicker and easier , while interlocking sand particles further help it to achieve a stronger and smoother finish.
Excellent chemical resistance
A 15% increase in the novolac resin content of the product ensures repair jobs are unaffected by chemical spillages. This is a huge advantage over cement-based repair mortars, which can react to multiple acidic chemicals.