Drizoro - reflective coating for waterproofing and thermal insulation of roofs Maxelastic TH

Flexible, acrylic water-based coating with micro-granules with very low thermal conductivity, showing excellent wear resistance due to the action of atmospheric agents and UV radiation. Designed for all kinds of roofs. Creates a hydro-insulating, energy-absorbing coating with the ability to reflect solar energy and high emissivity. It works especially as a thermal insulation barrier and protection against high temperature.

Features

• excellent flexibility
• creates a seamless, uninterrupted coating without joints
• a coating with an excellent ability to reflect sunlight
• reduces heat absorption
• for concrete, it is an effective barrier preventing the diffusion of carbon dioxide
• has a very high resistance to carbon dioxide penetration
• absorbs ground movements caused by building settling, vibrations and thermal changes
• prevents corrosion of the rebar in the rebar caused by the carbonation process
• good adhesion to most of the most popular substrates, without primer
• suitable for use as a maintenance-free decorative top coat
• product intended for use in a wide temperature range from -15 C to + 90 C
• ready-to-use material, laid cold
• easy to apply by hand (brush, roller, etc.) or by spraying
• environmentally friendly non-toxic
• based on water
• fills and seals all pores and gaps in concrete, masonry, bricks, tiles, metal surfaces, cement elements, plasterboards, wood etc.
• non-flammable
• solvent-free
• consumption: 0.5-1.0 kg / m per one layer, also on concrete surfaces - the total consumption is 1.0-2.0 kg / m, and on metal substrates 2.0-3.0 kg / m
• package: 22 kg bucket

Application

• waterproofing and thermal protection for roofs made of ceramic tiles, metal, cement boards, asphalt membranes, etc.
• waterproofing and thermal barrier for all kinds of roofs, ceilings, terraces, facades and walls
• protection of polyurethane foam insulation against wear due to weathering and UV radiation
• thermal protection and minimization of the cold wall effect on roofs, walls and floor panels