For weather & waterproofing problem areas on all types of roofs – plus unrivaled heat refraction properties
ENESEAL HR is a single component, water based, liquid ceramic-filled membrane which cures to a durable, seamless, flexible “skin” that refracts and reflects heat while providing a moisture resistant barrier to virtually any type of surface… i.e., all types of insulation, plastics, concrete, brick, block, slate, tiles, wood, metal, bitumen, glass, tar/asphalts, etc.
ENESEAL HR is easily applied by brush, roller or spray. Because it’s water based, cleanup is quick and easy with soap and water. Completely non-toxic and non-flammable.
ENESEAL CR is a single component, water based, liquid coating which dries to a highly durable, corrosion resistant, elastomeric ‘skin’ that provides extraordinary environmental protection to metal and concrete / masonry surfaces. It can also be applied as a top coat over most zinc primers.
ENESEAL CR is a ‘surface tolerant’ coating system that does not require abrasive blasting. It exhibits excellent adhesion to all types of ferrous metal as well as galvanized surfaces. Mechanical wire brushing, grinding or high pressure water blasting is typically acceptable to achieve good adhesion.
ENESEAL CR incorporates a unique blend of corrosion inhibitors, UV resistant resins and pigments, erosion resistant inorganic fillers and elastomeric acrylic polymers in order to provide outstanding performance in all types of demanding industrial and marine environments. Easily applied by brush, roller or spray, ENESEAL CR cleans up quickly and easily with just soap and water.
ENESEAL MP is a single component, water-based, ultra-low viscosity weather barrier which dries to a completely invisible, water repellent masonry sealer. It provides extraordinary weather protection to virtually all types of concrete, masonry and mineral surfaces.
ENESEAL MP forms a hydrophobic barrier inside masonry pores that repels water and water-borne salts. This significantly reduces the damaging effects of moisture penetration into concrete and masonry, such as surface scaling, freeze-thaw cracking and corrosion of reinforcing steel.
The invisible barrier forms below masonry surfaces to depths of up to 3/4 inch and, therefore, will not wear away as a result of surface traffic and/or harsh weather conditions. This barrier is also breathable – allowing water vapor to escape from inside the concrete or masonry while dramatically reducing liquid water penetration into the substrate.