EPS PASSIVE

EPS PASSIVE 31

Application
- In thermal insulations of walls in external composite ETICS thermal insulation systems
- Thermal insulation of brick three-layered longwalls
- Thermal insulation of framework partition walls
- Thermal insulation of principal roofs
- Thermal insulation of floors on ground beams
- Thermal insulation of ventilated flat roofs
- Thermal insulation of grommet rings and other thermal bridging
- Thermal insulation of balcony loggia

Properties
- Tensile strength TR: ≥ 125 kPa
- Bending strength BS: ≥ 125 kPa
- Thermal conductivity lambda: λ ≤ 0,031 W/mK
- Compressive strength at 10% distortion CS(10) ≥  70 kPa
- Fire reaction class: E

Characteristics
- Board dimensions 1200x600 mm, 1000x500 mm, 1200x2400 mm
- Board thickness from 10 to 300 mm
- Straight or overlap edges
- Custom ordered dimensions up to 3000x1200x1000 mm


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EPS PASSIVE 30

Application
- In thermal insulations of walls in external composite ETICS thermal insulation systems
- For the performance of external vertical thermal insulations:
    thermal insulation of walls with elements of cladding and ventilated air-gap
    thermal insulation of walls in frame construction with cladding
- For the performance of internal vertical thermal insulations:
    thermal insulation in the constructions of internal partition walls
- For the performance of external horizontal thermal insulations:
    thermal insulation in ventilated flat roofs  thermal insulations of floors between ground beams

Properties
- Tensile strength TR: ≥ 150 kPa
- Bending strength BS: ≥ 150 kPa
- Thermal conductivity lambda: λ ≤ 0,030 W/mK
- Compressive strength at 10% distortion CS(10) ≥ 100 kPa
- Fire reaction class: E

Characteristics
- Board dimensions 1200x600 mm, 1000x500 mm, 1200x2400 mm
- Board thickness from 10 to 300 mm
- Straight or overlap edges
- Custom ordered dimensions up to 3000x1200x1000 mm


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EPS TECHNICAL

EPS FLOORTECH 100

Application:
- Thermal insulation of walls in external composite ETICS thermal insulation systems
- Thermal insulation of walls of foundations and walls of cellars with water insulation
- Thermal insulation of floors on ground
- Thermal insulation of full flat roofs and ventilated roofs made in traditional technology
- Thermal insulation of terraces and balconies
- Core of sandwich panels wall and roof boards with building paper cladding
- Thermal insulation of ceilings under ground coat, where the useful load does not exceed 2400 kg/m2
- Principal thermal insulation
- Thermal insulation for floor heating systems
- Insulation of ceilings above passages
- Thermal insulation in prefabricated sandwich panels
- In ventilated flat roofs

Properties:
- Compressive strength at 10% distortion CS(10) ≥ 100 kPa
- Bending strength BS: ≥ 150 kPa
- Tensile strength TR: ≥ 150 kPa
- Thermal conductivity lambda: λ ≤ 0,036 W/mK
- Fire reaction class: E
- Useful load 3000 kg/m2

Characteristics:
- Board dimensions 1200x600 mm, 1000x500 mm, 1200x2400 mm
- Board thickness from 10 to 300 mm
- Straight edges
- Custom ordered dimensions up to 3000x1200x1000 mm


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EPS HYDROTECH 150

Application:
- Thermal insulation of walls of foundations and walls of cellars with water insulation
- Thermal insulation of floors on ground
- Thermal insulation of full flat roofs and ventilated roofs made in traditional technology
- Thermal insulation of terraces and balconies
- Thermal insulation of walls in external composite ETICS thermal insulation systems
- Core of sandwich panels wall and roof boards with building paper cladding
- Thermal insulation of ceilings under ground coat, where the useful load does not exceed 3000 kg/m2
- Principal thermal insulation
- Thermal insulation for floor heating systems
- Insulation of ceilings above passages
- Thermal insulation in prefabricated sandwich panels

Properties:
- Compressive strength at 10% distortion CS(10) ≥ 150 kPa
- Bending strength BS: ≥ 200 kPa
- Tensile strength TR: ≥ 150 kPa
- Thermal conductivity lambda: λ ≤ 0,034 W/mK
- Fire reaction class: E
- Useful load 4500 kg/m2

Characteristics:
- Board dimensions 1200x600 mm, 1000x500 mm, 1200x2400 mm
- Board thickness from 10 to 300 mm
- Straight edges
- Custom ordered dimensions up to 3000x1200x1000 mm

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EPS HARDTECH 300
Application:
- Thermal insulation of walls of foundations and walls of cellars with water insulation
- Thermal insulation of floors on ground
- Thermal insulation of full flat roofs and ventilated roofs made in traditional technology
- Thermal insulation of terraces and balconies
- Thermal insulation of walls in external composite ETICS thermal insulation systems
- Core of sandwich panels wall and roof boards with building paper cladding
- Thermal insulation of ceilings under ground coat, where the useful load does not exceed 3000 kg/m2
- Principal thermal insulation
- Thermal insulation for floor heating systems
- Insulation of ceilings above passages
- Thermal insulation in prefabricated sandwich panels

Properties:
- Compressive strength at 10% distortion CS(10) ≥ 300 kPa
- Bending strength BS: ≥ 250 kPa
- Tensile strength TR: ≥ 150 kPa
- Thermal conductivity lambda: λ ≤ 0,033 W/mK
- Fire reaction class: E
- Useful load ~6000 kg/m2

Characteristics:
- Board dimensions 1200x600 mm, 1000x500 mm, 1200x2400 mm
- Board thickness from 10 to 300 mm
- Straight edges
- Custom ordered dimensions up to 3000x1200x1000 mm


Show Declaration of Performance

OTHER

Milled Overlap Polystyrene
There are two types of polystyrene boards: with smooth edges (smooth polystyrene) and polystyrene finished with appendages (milled polystyrene). The advantage of milled boards over smooth boards is the easiness and quickness of fitting. Straight polystyrene boards are mounted to the wall with the use of glue or foam, tightly pressing them against each other with their edges, and any fissures are filled with polyurethane foam. They can also be attached with bolts.
Almost all kinds of smooth boards from 50 mm to 200 mm may additionally be milled to the depth of 20 mm. This allows overlapped or interlocking placement of boards, even better limiting the leakage of warm air from the rooms. Milling eliminates the so-called thermal bridges on board connections (places, from where heat escapes) and it is recommended in the case of boards with thickness of up to 200 mm.
The price of milled boards is higher than that of standard boards, however in the course of performance of thermal insulation there is no need to use foams filling fissures, since milled boards overlap.
In the case of non-standard board sizes the price is determined individually.
Sloped Polystyrene for Roofs
Roof wedges - used for insulation and obtainment of slope on flat roofs in order to discharge water. Roof slopes are necessary for effective water discharge from its hipped ends.
Polystyrene slope boards are the technical and economical alternative to the slope layer previously performed with the use in-situ screeds. The application of polystyrene slope boards significantly decreases the time for performance of roofing works.
Maximum dimensions 3000/1200/1000 mm.
We elaborate individual slope solutions for roofs and terraces based on the building’s executive design.
Plug Polystyrene
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