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The energy-conserving features of SFEROLIT are also influenced by its capacity to reflect radiation. This particular substance has the ability to scatter up to 85% of sunlight and more than 90% of infrared radiation, resulting in energy savings. Such savings are made possible by endothermic processes that occur within the membrane.
During the drying process, the surface of the hollow particles expands, creating bubbles that reflect up to 25% of the heat in the opposite direction, which filters the heat flow in the infrared spectrum. Therefore, a room insulated with SFEROLIT will be warm during winter and cool during summer.
SFEROLIT has long-lasting properties which reflect the sun's rays. Furthermore, this substance is resistant to mechanical changes, has no gaps on its surface, and does not fade under light exposure. The initial color of this preparation is either gray or white.
One of the greatest benefits of using this insulation is its affordability. SFEROLIT is readily available and enables you to save on materials and tools. You can easily apply SFEROLIT yourself using a brush, roller, or spray gun, thus eliminating the need for costly construction companies. The energy-conserving coating of SFEROLIT is made up of a unique water-based bonding material that contains millions of vacuum hollow ceramic particles (bubbles) that have a diameter ranging from 20-120 microns.
After drying, the SFEROLIT layer transforms into a durable, elastic, and moisture-proof structure that is 1 to 3 mm thick (membrane) due to polymerization. The particular properties of this membrane guarantee energy efficiency. Energy savings for heating and cooling the building are achieved by increasing the surface area and through endothermic processes that occur in the thermoceramic membrane. A 3mm layer of spherulite coating has the same insulating characteristics as 60mm of mineral wool.
spherulite
Thermal insulating emulsion with increased resistance to mechanical damage.
Application in every sector, from historic construction to industry and means of transport, reducing heat loss by up to 60%.
Application thicknesses from 1mm to 4mm (dry layer DFT).
Operating Temperature: -50⁰C , +150⁰C
Sector: Construction, Industry, Automotive
Thermal Conductivity: λ 0,0025
Types of applied surface: Stone, Concrete, Brick, Wood, Metal, Plastic
Colours: Light Gray (concrete colour)
Snow-white thermal insulation with the best thermal and acoustic insulation parameters from a whole range of products for the construction industry.
A satin coating, perfect for interior walls as a final effect. Application thicknesses from 1mm to 4mm (dry layer).
Operating Temperature: -60⁰C , +120⁰C
Sector: Construction, Industry
Thermal Conductivity: λ 0,0012
Types of applied surface: Concrete, Brick, Wood
Colours: White
Thermal insulation mainly used in the energy sector to insulate pipes and tanks as well as industrial, reducing temperature losses by up to 70%.
Application thicknesses from 0.5mm to 4mm (dry layer).
Operating Temperature: -40⁰C , +260⁰C
Sector: Industry, Automotive
Thermal Conductivity: λ 0,0012
Types of applied surface: Metal, Plastic
Colours: White
Thermal insulation mainly used in the energy sector to insulate pipes and tanks, and industrial for devices generating temperatures up to 300⁰C, reducing temperature losses by up to 70%.
Application thicknesses from 0.5mm to 4mm (dry layer).
Operating Temperature: -40⁰C , +300⁰C
Sector:Industry, Automotive
Thermal Conductivity: λ 0,0012
Types of applied surface: Metal
Colours: White
Thermal insulation mainly used in the energy sector to insulate pipes and tanks, and heavy industry devices generating temperatures up to 450⁰C, reducing temperature losses by up to 70%.
Application thicknesses from 0.5mm to 4mm (dry layer).
Operating Temperature: -40⁰C , +450⁰C
Sector: Industry, Automotive
Thermal Conductivity: λ 0,0012
Types of applied surface: Metal
Colours: White
Thermal insulation mainly used in the energy sector for insulation and heavy industry e.g. for furnaces, reducing temperature losses by up to 70%.
Application thicknesses from 0.5mm to 4mm (dry layer).
Operating Temperature: -40⁰C , +600⁰C
Sector:Industry, Automotive
Thermal Conductivity: λ 0,0012
Types of applied surface: Metal
Colours: White
spherulite