SOUDERTON, PA – Coatings for Industry (CFI) has released WearCOAT 3020, a new water-based lithium silicate concrete densifier. The coating helps make polished concrete floors last longer while maintaining an excellent commercial look.
This new product is water-based and compliant with all VOC regulations, yet offers excellent adhesion to porous concrete, greatly reducing surface dusting as it facilitates polishing. It permanently bonds with concrete upon contact, filling the pores and improving its resistance to water, chemicals, and abrasion.
The resulting surface provides high traction for safety, yet has a glossy, non-yellowing surface that can even improve with age. Most importantly, WearCOAT 3020 helps prolong the life of the concrete, as it resists damage from salt, water and ultra-violet light intrusion.
WearCOAT 3020 complies with all VOC regulations, containing less than 10 g/l VOC. It has little or no odor during and after application. It is also non-hazardous for transport, so it can easily be delivered by any common carrier, even overnight.
WearCOAT 3020 is a single-component product, sold in one- and five-gallon containers. It offers a fast cure time – dry to touch in under two hours, light foot traffic in four to six hours, and ready for vehicles or polishing in 24 hours.
For more information, get the WearCOAT 3020 Technical Data Sheet. Contractors can find local suppliers of these and other CFI products by visiting www.cficoatings.com or calling +1-215-723-0919 for a free Floor Coatings Brochure.
About Coatings for Industry
Coatings for Industry, Inc. (CFI) has been formulating coatings for industrial, commercial, and aerospace applications for nearly 50 years. Reflecting a commitment to quality and innovation, the company maintains an R&D staff of chemists and metallurgists, and produces products under an ISO-9001 certified QMS. CFI’s family of coatings is trademarked under the names ALSEAL, Siloxseal, and WearCOAT. For more information about CFI, visit www.cficoatings.com.
Media Liaison: Chris Thiede