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insulation roof

insulation roof . To address energy efficiency, as well as to increase the comfort rooms, plays an important role warming of the building envelope : insulated roof, exterior walls, floors, coatings, etc. To do this, simply reduce their energy consumption by heater . When sovremnnom building an important role for the value of thermal resistance of roofs and ceilings, under which, new construction, modernization and repair of buildings can not be implemented without the use of effective insulation materials . Application of thermal insulation at the device mastic and roll roofs for flat surfaces outside the building to some extent reduces the cost of heating buildings by reducing heat flow due to increased thermal resistance of one of walling - cover. In addition, thermal insulation for flat concrete coating: protects  roof insulation cover from the effects of variable ambient temperatures, smooths fluctuations in temperature the main file cover, thereby avoiding the appearance of cracks, due to uneven temperature fluctuations, shifts the dew point to an external tepoizoltsionny Layer , which excludes otsyrevanie concrete or reinforced concrete solid surface; formed a more favorable microclimate by raising the temperature of the inner surface of the coating (the ceiling) and reduce the temperature difference between indoor air and the surface of the ceiling, including the attic. Use insulation to pitched roofs allows you to turn the attic into the living, which increases the useful area of the premises. A warming roofing from metal or sheeting prevents condensation on its surface in the cold time of year, it is very important for storage. It should be noted that the physical and technical properties of insulating materials used have a determining influence on the thermal efficiency and operational reliability of designs. When selecting insulation materials should be borne in mind that at dolovechnost and thermal stability and physical and mechanical properties of insulating materials within the construction fence, have a significant impact, many operational factors. This is, first and foremost, alternating (winter-summer) temperature-humidity mode of construction and the possibility of capillary and diffusion wetting insulation material , as well as the effects of wind, snow loads, mechanical loads of people walking, moving, transport and mechanisms on the surface roofing industrial buildings. As insulation materials , used in construction, work in fairly harsh conditions, they are increased requirements. First of all, pay attention to the coefficient of thermal conductivity l, W/(mK) material. It must be such as to insulating material , in operation, could provide the required resistance to heat transfer in the design, at the lowest possible thickness of the insulating layer. Consequently, predpochteie need to give a highly insulating material. In addition, the insulating material shall be frost (at least 20 - 25 cycles) to maintain their properties without a significant reduction in the strength and insulating characteristics to the repair of buildings, as well as be water resistant, biological stability, not to allocate during the operation of toxic and foul-smelling substances. Density of material used for insulation shall be not more than 250 kg/m3, or substantially increase the load on the structure, which must be considered when selecting materials for the repair of dilapidated buildings.

Insulation ISOVER (16)
Insulation KNAUF (4)
Insulation ROCKWOOL (21)

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Heater KNAUFINSULATION - roll material for use in nenagruzhaemyh designs.

  • Density 11 kg/m3.
  • Coefficient. thermal conductivity of 0.04 W/m * C
  • Area 12m2
 
 
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Heater KNAUFINSULATION - roll material for use in nenagruzhaemyh designs.

  • Density 11 kg/m3.
  • Coefficient. thermal conductivity of 0.04 W/m * C
  • area of 24 m2
 
 
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Heater KNAUFINSULATION - as insulation in sloping roofs, in attics and between the floors, in floor construction in skeletal structures of walls indoors. As the layers of sandwich layer in the interior partitions.

  • Density 15 kg/m3.
  • Coefficient. thermal conductivity of 0.037 W/m * C
  • Area 19.15 m2
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Heater KNAUFINSULATION - as insulation in sloping roofs, in attics and between the floors, in floor construction in skeletal structures of walls indoors. As the layers of sandwich layer in the interior partitions.

  • Density 15 kg/m3.
  • Coefficient. thermal conductivity of 0.037 W/m * C
  • Area 18,3 m2
 
 
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Heater ISOVER CLASSIC (Izover) - Warming of vertical and horizontal, oblique and curved parts of all types of buildings (insulation of the walls, partitions, floors, ceilings, ceilings, roof).Also in ventilated facades as the main insulated layer in combination with wind-guard materials.

  • Density 11 kg/m3.
  • Coefficient. thermal conductivity of 0.04 W/m * C.
  • Area 20 m2
 
 
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Heater ISOVER KL-34 (Izover) - Used in framework structures for thermal insulation of walls, roof, floor, intermediate floors and the attic. It is used in two-layer insulation systems as the main facade insulated layer in combination with wind-guard materials.

  • Density 14 kg/m3.
  • Coefficient. thermal conductivity of 0.034 W/m * C.
  • area of 7.137 m2
 
 
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Heater ISOVER KL-34 (Izover) - Used in framework structures for thermal insulation of walls, roof, floor, intermediate floors and the attic. It is used in two-layer insulation systems as the main facade insulated layer in combination with wind-guard materials.

  • Density 14 kg/m3.
  • Coefficient. thermal conductivity of 0.034 W/m * C.
  • Area 14.274 m2

 

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Heater ISOVER KL-37 (Izover) - Used in framework structures for thermal insulation of walls, roofs, floors, intermediate floors and the attic. It is used in two-layer insulation systems as the main facade insulated layer in combination with wind-guard materials.

  • Density 17 kg/m3.
  • Coefficient. thermal conductivity of 0.037 W/m * C.
  • area 5 m2
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Heater ISOVER KL-37 (Izover) - Used in framework structures for thermal insulation of walls, roofs, floors, intermediate floors and the attic. It is used in two-layer insulation systems as the main facade insulated layer in combination with wind-guard materials.

  • Density 17 kg/m3.
  • Coefficient. thermal conductivity of 0.037 W/m * C.
  • Area 10 m2

 

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Heater ISOVER KT-40 (Izover) - Warming vertical, horizontal, oblique and curved parts of all types of buildings (insulation of the walls, partitions, floors, ceilings, ceilings, roof). Also in ventilated facades as the main insulated layer in combination with wind-guard materials.

  • Density 11 kg/m3.
  • Coefficient. thermal conductivity of 0.04 W/m * C.
  • Area 13.42 m2
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Heater ISOVER KT-40 (Izover) - Warming vertical, horizontal, oblique and curved parts of all types of buildings (insulation of the walls, partitions, floors, ceilings, ceilings, roof). Also in ventilated facades as the main insulated layer in combination with wind-guard materials.

  • Density 11 kg/m3.
  • Coefficient. thermal conductivity of 0.04 W/m * C.
  • Area 17.08 m2
 
 
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Heater ISOVER pitched roof (Izover) - Plates are designed for structures with complex humidity regime of operation. Made using a special technology which gives higher fiberglass hydrophobic properties .. Treated with a special compound that reduces the water absorption of more than 4 times. At the same time, other properties - thermal conductivity, fire and water vapor permeability Reserved.

 
 
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Heater ISOVER pitched roof (Izover) - Plates are designed for structures with complex humidity regime of operation. Made using a special technology which gives higher fiberglass hydrophobic properties .. Treated with a special compound that reduces the water absorption of more than 4 times. At the same time, other properties - thermal conductivity, fire and water vapor permeability Reserved.

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Heater ISOVER KIM-AL (Izover) - Mats coated reinforcement aluminum foil. The material has a vertical structure of the fibers, which ensures a high resistance to bending and compression. Suitable for vapor barriers and insulation of pipes, large diameter pipelines and storage tanks with hot and cold water, as well as for ventilation and air conditioning equipment.

  • Maximum operating temperature 200C.
  • Density 25 kg/m3.
  • Coefficient. thermal conductivity of 0.035 W/m * C.
  • area 6 m2

 

 

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Heater ISOVER KIM-AL (Izover) - Mats coated reinforcement aluminum foil. The material has a vertical structure of the fibers, which ensures a high resistance to bending and compression. Suitable for vapor barriers and insulation of pipes, large diameter pipelines and storage tanks with hot and cold water, as well as for ventilation and air conditioning equipment.

  • Maximum operating temperature 200C.
  • Density 25 kg/m3.
  • Coefficient. thermal conductivity of 0.035 W/m * C.
  • area 9,6 m2

 

 

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Heater ISOVER windscreen SKL-M (Izover) Semi Windproof Windproof insulation. Plates are covered with black glass-that provides windproof properties of matter. The product is specifically designed for thermal insulation and sound insulation of external walls of buildings.Good like for "ventilated" facades. Used as a sound-absorbing materials in cinemas and concert halls.

 
 
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Heater ISOVER SKL-M (Izover) - Semi-wind-proof insulation. Plates are covered with black glass-that provides windproof properties of matter. The product is specifically designed for heat insulation of facades and exterior walls of buildings. Good like for "ventilated" facades. Used as a sound-absorbing materials in cinemas and concert halls.

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Heater ISOVER RKL windscreen (Izover) - Semi-wind-proof insulation in the plates coated on both sides with glass. On the long side plate has a connection type "groove-ridge. Used for heat insulation of facades, walls, (in the external walls of the facades), attics and floors blown.Used in two-layer system in combination with light materials, a series of KL and KT.

  • density 60 kg/m3.
  • Coefficient. thermal conductivity of 0.029 W/m * C.
  • Area 15.12 m2
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Heater ISOVER Zvukozaschita (Izover) - Plates are based on thin and long glass fibers.Through development of an open structure has a high heat-shielding and sound absorption characteristics. Used in partitions walls, false ceilings, as well as in the designs of hinged soundproof paneling.

  • Index soundproofing walls: thickness of 100mm. Rw = 53dB
  • area 7,14 m2
 
 
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Heater ISOVER Zvukozaschita (Izover) - Plates are based on a thin and long glass fibers. Through development of an open structure has a high heat-shielding and sound absorption characteristics. Used in partitions walls, false ceilings, as well as in the designs of hinged soundproof paneling.

  • Index soundproofing walls: thickness 50mm. Rw = 45dB
  • Area 14.27 m2

 

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insulation of flat roofs on concrete and corrugated roofing sheets.

  • density of 145 kg/m3.
  • Coefficient. thermal conductivity of 0.039 W/m * C.
  • Area 28,8 m2
 
 
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flooring on joists, wooden partitions and walls up to 3m, residential and nonresidential attic, combined ventilated cover, wooden floors, suspended ceilings.

  • density of 35 kg/m3.
  • Coefficient. thermal conductivity of 0.035 W/m * C.
  • area 2,4 m2
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flooring on joists, wooden partitions and walls up to 3m, residential and nonresidential attic, combined ventilated cover, wooden floors, suspended ceilings.

  • density of 35 kg/m3.
  • Coefficient. thermal conductivity of 0.035 W/m * C.
  • area 7,2 m2
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insulation of flat roofs on concrete and corrugated roofing sheets.

  • density 210/130 kg/m3.
  • Coefficient. thermal conductivity of 0.041 W/m * C.
  • Area 28,8 m2
 
 
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Frame design space, ventilated cover and attics, interior partitions, suspended ceilings.

  • Density 20 kg/m3.
  • Coefficient. thermal conductivity of 0.045 W/m * C.
  • area 6,25 m2
 
 
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Frame design space, ventilated cover and attics, interior partitions, suspended ceilings.

  • Density 20 kg/m3.
  • Coefficient. thermal conductivity of 0.045 W/m * C.
  • area of 9 m2
 
 
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ROCKWOOL FASROCK - used for heat insulation of external walls a light wet method.Mounted on a special adhesive, and an additional fixed dowels.

  • Coefficient.thermal conductivity - 0.039 W/m * K.
  • density of 135 kg/m3.
  • Area 1 m2
 
 
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ROCKWOOL FASROCK - used for heat insulation of external walls a light wet method.Mounted on a special adhesive, and an additional fixed dowels.

  • Coefficient.thermal conductivity - 0.039 W/m * K.
  • density of 135 kg/m3.
  • Square 2 m2
 
 
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flooring on joists, wooden partitions and walls up to 3m, residential and nonresidential attic, combined ventilated cover, wooden floors, suspended ceilings.

  • density of 26-31 kg/m3.
  • Coefficient. thermal conductivity of 0.039 W/m * C.
  • area 6 m2
 
 
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flooring on joists, wooden partitions and walls up to 3m, residential and nonresidential attic, combined ventilated cover, wooden floors, suspended ceilings.

  • density of 26-31 kg/m3.
  • Coefficient. thermal conductivity of 0.039 W/m * C.
  • area of 9 m2
 
 
0.01

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