Hard plates

ThermoVent HS-80

Hard slabs made of thin mineral fiber on the base of basaltic fiber connected to each other with synthetic connecter with water-repelling admixture.

The sphere of usage

Heat-insulating layer in frontal systems with air-gap clearance including Thermo Light+ PM-50.

Characteristics of the material

• solidness (kg\m³): 80
• group of burning quality (ГОСТ 30244): НГ
• heat conduction in dry condition, not more (Vt\mK): λ10 - 0,034, λ25 - 0,037
• calculated values: λ_A- 0,039, λ_Б- 0,041
• break point of cleavage of layers not less (kPa): 3
• water absorption in volume, not more (%): 1,5
• index of vapor penetrability (mg/m*sPa): 0,57

1. External wall. 2. ThermoVent HS-80. 3. Wind-protective diffusive membrane. 4. Arm. 5. Profile. 6. Frontal plug. 7. Decorative foreside.

ThermoRoofing HS-100

Hard slabs made of thin mineral fiber on the base of basaltic fiber connected to each other with synthetic connecter with water-repelling admixture.

The sphere of usage

Lower heat-insulating layer in multilayer roofing covers of flat roofing, middle heat-insulating layer in trilaminar concrete and iron-concrete wall panels, heat insulation of foresides with plastering along steel reinforce lath carrying load, middle heat-insulating layer in trilaminar concrete and iron- concrete panels of sandwich type with metallings.

Characteristics of the material

• solidness (kg\m³): 100
• group of burning quality (ГОСТ 30244): НГ
• heat conduction in dry condition, not more (Vt\mK): λ10 - 0,034, λ25 - 0,037
• calculated values: λ_A- 0,043, λ_Б- 0,046
• compressibility with 10% deformation, not less (%): 25
• break point of cleavage of layers not less (kPa): 4
• water absorption in volume, not more (%): 1,5
• index of vapor penetrability (mg/m*sPa): 0,55

1. Floor slab 2. Vapor-isolating membrane 3. ThermoRoofing HS-100. 4. ThermoRoofing В ПСЖ-175. 5. Roofing cover. 6. Roofing plug.

ThermoMonolith SH-120

Hard slabs made of thin mineral fiber on the base of basaltic fiber connected to each other with synthetic connecter with water-repelling admixture.

The sphere of usage

Lower heat-insulating layer in multilayer roofing covers of flat roofing, middle heat-insulating layer in trilaminar concrete and iron-concrete wall panels, heat insulation of foresides with plastering along steel reinforce lath carrying load, middle heat-insulating layer in trilaminar concrete and iron-concrete panels of sandwich type with metallings.

Characteristics of the material

• solidness (kg\m³): 120
• group of burning quality (ГОСТ 30244): НГ
• heat conduction in dry condition, not more (Vt\mK): λ10 - 0,034, λ25 - 0,037
• calculated values: λ_A- 0,042, λ_Б- 0,045
• compressibility with 10% deformation, not less (%): 20
• break point of cleavage of layers not less (kPa): 3
• water absorption in volume, not more (%): 1,5
• index of vapor penetrability (mg/m*sPa): 0,55

1. External wall. 2. Pedimental lath. 3. ThermoMonolith SH-120. 4. Pendular hook. 5. Metal reinforce lath. 6. Plaster system. 7. Anker. 8. Protective decorative covering.

ThermoFloor HS-140

Hard slabs made of thin mineral fiber on the base of basaltic fiber connected to each other with synthetic connecter with water-repelling admixture.

The sphere of usage

Heat and sound insulation (including striking noise) of interfloor bridging under spicing for arrangement of floating acoustical or overshot floors. It is recommended to be used as a middle layer in soundproof screens which absorb noise of transport on the roads.

Characteristics of the material

• solidness (kg\m³): 140
• group of burning quality (ГОСТ 30244): НГ
• heat conduction in dry condition, not more (Vt\mK): λ10 - 0,035, λ25 - 0,038
• calculated values: λ_A- 0,040, λ_Б- 0,043
• compressibility with 10% deformation, not less (%): 30
• break point of cleavage of layers not less (kPa): 5
• water absorption in volume, not more (%): 1,5
• index of vapor penetrability (mg/m*sPa): 0,53

1. Floor slab. 2. Vapor-isolating membrane. 3. ThermoFloor HS-140. 4. Waterproofing membrane. 5. Buckle. 6. Base. 7. Floor covering.