Termosilat - Extra

Termosilat - Extra

Universal basic modification for drawing on mineral, metal, wooden and polymeric surfaces.

Differs in the raised heat - insulating characteristics with record and low heat conductivity and faultless snow - white - white color.

Heat conductivity – 0.0018 W / (m · J)

Color: white

The covering heat - insulating ceramic Termosilat is the new hi - tech composite material on a water basis made on original technology with use of the hollow vacuumized quality ceramic microspheres. Intends for creation of a thin heat - insulating covering on a surface of various objects in construction and housing and communal services, power system and the industry, on transport, etc.

The covering Termosilat is issued in liquid (ready to application) a form, has a viscous and liquid consistence and is applied on a surface as usual paint. After drying the weatherproof elastic film 1 - 3 mm thick which possesses unique heat - insulating properties is formed. Besides the covering possesses waterproofing, sound - proof properties and provides anticorrosive protection of metal surfaces.

Distinctive properties and advantages of a covering Termosilat

• possesses unique heat - insulating characteristics;
• combines properties of thermal insulation, a waterproofing, sound insulation, protection against corrosion and a decorative covering;
• reflects and disseminates up to 95% of a visible solar range and to 75% of infrared radiation;
• promotes fast and uniform distribution of heat indoors, creates comfortable conditions for accommodation;
• possesses high vapor permeability, "breathes";
• prevents formation of condensate, a fungus and frosting on a surface;
• possesses resistance to influence of sunlight, humidity and differences of temperatures, has the long term of operation;
• resistance to mechanical influences (blow, mechanical pressure, vibration, etc. ) allows to use a covering on transport;
• elasticity and flexibility of a covering prevents formation of the "pautinchaty" cracks arising in connection with "subsidence" of a building construction;
• resistance to influence of water and salt fog allows to use a covering in coastal areas;
• possibility of use on objects with a difficult configuration and in hard - to - reach spots;
• fast and simple procedure of drawing covering;
• easy and thin, does not create additional load of the bearing designs;
• seamless, without anchor covering does not create cold bridges;
• when warming of the protecting designs from the inside there is no loss of useful area of the room;
• it is easily under repair and restored;
• allows to carry out local repairs of designs with elimination of bridges of cold;
• it is combined with any system of thermal insulation of facades;
• provides continuous access for survey and repair of the isolated surface without isolation dismantle;
• wide range of working temperatures allows to apply a covering where it is impossible to use not heat - resistant made foam materials (expanded polystyrene, polyurethane foam, penopolietilen);
• does not create shelters for insects and rodents;
• esthetic appearance, possibility of a kolerovka, is absent need of drawing a decorative finishing covering;
• it is fireproof, it can be applied in buildings of any number of storeys;
• ecologically safely, nontoxically, it is possible to apply both outside, and indoors (including at the enterprises of the food industry and in child care facilities).

Scope of application and purpose of a covering Termosilat

1. Construction and housing and communal services

• internal and external surfaces of the protecting wall designs – for decrease in thermal losses, and also elimination of a fungus, condensate, frosting;
• internal and external surfaces of a roof - for decrease in thermal losses during the winter period and reduction of costs of conditioning in the summer, protection of a roof against influence of harmful atmospheric factors, and also for prevention of education naledy and icicles;
• external surface of the bases – for hydro - thermal insulation, elimination of a fungus and frosting;
• internal and external surfaces of window slopes – for decrease in heatlosses which can reach 20% , and also elimination of a fungus, condensate, frosting;
• internal surface of bathrooms – for elimination of condensate and a fungus;
• wall surface behind a heating radiator – for more effective use of heat radiated by a radiator (effect of "a thermal mirror");
• floor surface of plates of overlapping – for decrease in thermal losses in systems of heating like "heat - insulated floor";
• seams of panel houses – for hydro - thermal insulation, and also protection against destructions under the influence of harmful atmospheric factors;
• end faces of plates of overlapping and balcony plates in monolithic and frame construction – for a warm waterproofing, and also elimination of condensate on internal surfaces of building constructions;
• internal surface of basements – for a warm waterproofing, and also for elimination of condensate and a fungus;
• internal and external surfaces of the protecting designs, balconies and loggias – for warming without loss of useful space.

2. Power system and industry

• water supply systems and steam lines (underground and land) systems of heating – for decrease in heatlosses and protection of metal against corrosion;
• oil pipelines, products pipelines and gas pipelines (underground, underwater and land) – for normalization of viscosity of products in the highway at fluctuations of temperature of external environment;
• tanks for storage of water, oil products, the liquefied gas, chemical reactants, etc. – for stabilization of temperature of contents at extreme external temperatures and protection of metal against corrosion;
• refrigerating appliances – for increase of efficiency of its work and decrease in energy consumption;
• processing equipment (furnaces, coppers, boilers, compressors, the thermopress, mixers, latches and shutoff valves, etc. ) - for decrease in heatlosses, ensuring access for survey and repair of the equipment, protection of service personnel against burns;
• metal constructions (hangars, garages, etc. ) – for warming, elimination of condensate and protection against corrosion.

3. Transport

• internal surface of the case, motor compartment, roof of vehicles (automobile and freight, railway cars, means of a military and special purpose) – for thermosound insulation of the corresponding parts of the vehicle without loss of useful space at insignificant increase in weight;
• external surface of automobile and railway tanks – for stabilization of temperature of liquid in the tank at temperature drops of external environment and additional protection of metal against corrosion;
• internal surface of a body and external surface of a roof of the refrigerator – for increase of overall performance of refrigerating appliances and decrease in fuel consumption without loss of useful space at insignificant increase in weight of the car;
• internal surface of the case and the deck of river and sea vessels – for thermosound insulation of separate compartments of vessels and additional protection of metal against corrosion without loss of useful space and increase in weight.