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Simple and effective reduction of energy losses

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Reducing energy dependency

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Safe and durable material

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Thinner insulation layer

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THICKNESS CALCULATOR

EUROPIR® boards are distinguished by their very low declared thermal conductivity coefficient (λd). This feature makes it possible to achieve the legally required heat transfer coefficient (U) of a building partition using a significantly thinner layer of insulation.

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Kalkulator zdjęcie
Mineral Wool
λd = 0.040 (20 cm)
EPS polystyrene foam
λd = 0.033 (16.5 cm)
EUROPIR® board
λd = 0.023 (12 cm)

PLATE EUROPIR® ETICS

EUROPIR® ETICS – a highly insulating rigid PIR foam board without cladding, measuring 1000 x 600 mm and available in thicknesses ranging from 20 to 200 mm. It is an exceptionally effective product successfully used for thermal insulation of two- and three-layer external walls, partition walls and internal partitions.

The board is a component of modern wall insulation systems using ETICS technology and has a very good thermal conductivity coefficient of λD = 0.023-0.025 W/(m∙K). It is an excellent solution for both new buildings and those undergoing thermal modernisation.

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DISCOVER THE PRODUCTS EUROPIR® 

EUROPIR<sup>®</sup> ETICS board for wall insulation

EUROPIR ® ETICS board for wall insulation

Lambda: 0.023–0.025 W/mK
Grubości: 20–200 mm
Application: wall, ETICS system
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EUROPIR<sup>®</sup> CAPS caps for insulating mechanical connectors

EUROPIR® CAPS caps for insulating mechanical connectors

Lambda: ND
Grubości: 65, 67, 70 millimetres
Application: external wall
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EUROPIR<sup>®</sup> TUBE plugs for insulating mechanical connectors

EUROPIR®TUBE plugs for insulating mechanical connectors

Lambda: ND
Grubości: 65, 67, 70 millimetres
Application: external wall
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EUROPIR<sup>®</sup> DUAL board for insulating facades with clinker tiles

EUROPIR® DUAL board for insulating facades with clinker tiles

Lambda: 0.023–0.025 W/mK
Grubości: 50–200 mm
Application: wall, partition wall
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EUROPIR<sup>®</sup> STANDARD board for insulating ceilings, foundations and roofs

EUROPIR® STANDARD board for insulating ceilings, foundations and roofs

Lambda: 0.023–0.025 W/mK
Grubości: 20–200 mm
Application: ceiling, foundation, roof
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EUROPIR<sup>®</sup> SL sloping boards for terrace and roof insulation

EUROPIR® SL sloping boards for terrace and roof insulation

Lambda: 0.023–0.025 W/mK
Grubości: up to 600 mm
Application: flat roof, balcony, terrace
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EUROPIR<sup>®</sup> KL fittings for flat roof insulation

EUROPIR® KL fittings for flat roof insulation

Lambda: ND
Grubości: Product made to order
Application: flat roof, balcony, terrace
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Special shapes, insulation, rigid PIR foam fillings

Special shapes, insulation, rigid PIR foam fillings

Lambda: ND
Grubości: Product made to order
Application: OEM, technical insulation
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New packaging for PCC Therm products
6 March 2026
New packaging for PCC Therm products
We entered 2023 with new energy, new ideas and an improved product in a new...
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Modern production line
6 March 2026
Modern production line
At the end of 2021, PCC Therm was relocated to newly constructed production and...
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PIR boards without cladding – effective and quick thermal insulation.
6 March 2026
PIR boards without cladding – effective and quick thermal insulation.
At PCC Therm, we manufacture PIR boards without any cladding or veils. This results in a highly insulating product....
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EUROPIR at the "Monuments and Energy" conference
6 March 2026
EUROPIR at the "Monuments and Energy" conference
On 16–17 November 2023, PCC Therm, under the EUROPIR® brand, is proud to announce its......
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EUROPIR ETICS on the ZUM list
6 March 2026
EUROPIR ETICS on the ZUM list
We would like to inform you that EUROPIR® ETICS products have been included in the......
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EUROPIR® – Quality confirmed by inspection!
4 March 2026
EUROPIR® – Quality confirmed by inspection!
The results of the inspection confirm that EUROPIR® ETICS panels comply with stringent construction standards,......
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TIPS

All advice
EUROPIR® DUAL thermal insulation board for clinker brick facades
6 March 2026
EUROPIR® DUAL thermal insulation board for clinker brick facades
Specially designed mounting guides on both sides of DUAL thermal insulation boards facilitate the application......
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EUROPIR in the ETICS System – solutions for effective insulation
6 March 2026
EUROPIR in the ETICS System – solutions for effective insulation
  In view of growing requirements for energy efficiency and living comfort, the right choice......
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Clean Air Programme – thermal modernisation of a house with EUROPIR panels
6 March 2026
Clean Air Programme – thermal modernisation of a house with EUROPIR panels
In the face of rising energy costs and energy regulations, thermal modernisation of your home......
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Thermal insulation with EUROPIR® panels – How to protect your home from winter and reduce heating costs.
5 March 2026
Thermal insulation with EUROPIR® panels – How to protect your home from winter and reduce heating costs.
Insulating a building before winter is a crucial step in ensuring thermal comfort, reducing heating......
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Do you have any questions?

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zdjecie faq

Thermal resistance is one of three values that determine the thermal insulation of a building partition. Calculating thermal resistance requires knowledge of the lambda coefficient and the thickness of the material. Formula: R = d/λ, where d is the thickness in metres and λ is the thermal conductivity coefficient.

Thermal resistance R characterises a material of a specific thickness and is equal to the quotient of the material thickness and the thermal conductivity coefficient lambda. The unit of thermal resistance is (m²·K)/W. When selecting insulation material, thermal resistance R is more important than the lambda coefficient itself, as it takes into account the thickness of the material.

The heat transfer coefficient is a parameter indicating the amount of heat that flows through one square metre of a partition per second when there is a temperature difference of 1 K (Kelvin) between both sides of the partition. The unit of the heat transfer coefficient is W/(m²·K). Lambda λ is the thermal conductivity coefficient, i.e. the property of a material that determines its ability to conduct heat.

The standard dimensions of PIR boards manufactured at PCC Therm, without cladding and with aluminium cladding, are 1200 x 600 mm. The boards are manufactured in thicknesses ranging from 20 mm to 300 mm in 10 mm increments, as well as in thicknesses of 25, 35, 45, 55, 65, 75, 85 and 95 mm. It is also possible to manufacture boards in non-standard thicknesses and dimensions.

Compressive strength is a mechanical property of a material that characterises its ability to transfer compressive loads. It is the compressive stress at which the material deforms by a specified amount (usually 10% of the sample height). According to the standard, compressive strength is determined by compressing the sample in a direction parallel to the surface of the board (in the direction of thickness). Compressive strength should not be confused with compressive strength.
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