Products

PAROC Pro Section DL1

PAROC Pro Section DL1 is a prefabricated insulation component made of stone wool in two layers.

PAROC pipe sections possess excellent compression strength and easily carry the weight of metal claddings. Hence, they eliminate the energy loss and thermal bridges caused by added cladding support structures and minimize the risk of damages from mechanical impacts.

Datasheet

Updated 18 Aug 2023

General

Certification Number

0809-CPR-1016 / Eurofins Expert Services Ltd, Kivimiehentie 4, FI-02150 Espoo. Finland

Designation Code

PS140: MW-EN 14303-T8/T9-ST(+)640-WS1-CL10
PS100: MW-EN 14303-T8/T9-ST(+)640-WS1-CL10

Nominal Density

PS140: 140 kg/m³
PS100: 100 kg/m³

PAROC stone wool products are capable of withstanding high temperatures. The binder starts to evaporate when its temperature exceeds approximately 200°C. The insulating properties remain unchanged, but the compressive stress weakens. The softening temperature of stone wool products is over 1000°C.

Dimensions

Dimensions
Thickness	Inner Diameter
80 - 300 mm	168 - 914
In accordance with EN 13467	In accordance with EN 13467

Dimensional Stability
Property	Value	According to
Maximum Service Temperature - Dimensional Stability	PS140: 680 °C; PS100: 640 °C	EN 14303:2009+A1:2013 (EN 14707)

Other Dimensions

Other dimensions available on request.

Packaging

Package Type

Plastic packs on pallet

More Information

Inner layer (DL1) is Made from PAROC Pro Section 140, outer layer (DL2) is made from PAROC Pro Section 100.

Properties

Fire Properties

Reaction to Fire
Property	Value	According to
Reaction to Fire, Euroclass	A1_L	EN 14303:2009+A1:2013 (EN 13501-1)

Continuous Glowing Combustion
Property	Value	According to
Continuous Glowing Combustion	NPD	EN 14303:2009+A1:2013

Thermal Properties

Thermal Resistance
Property	Value	According to
Thermal Conductivity in 10 °C, λ₁₀	PS140: 0,038 W/mK; PS100: 0,036 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 50 °C, λ₅₀	PS140: 0,041 W/mK; PS100: 0,039 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 100 °C, λ₁₀₀	PS140: 0,047 W/mK; PS100: 0,045 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 150 °C, λ₁₅₀	PS140: 0,054 W/mK; PS100: 0,054 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 200 °C, λ₂₀₀	PS140: 0,063 W/mK; PS100: 0,064 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 300 °C, λ₃₀₀	PS140: 0,085 W/mK; PS100: 0,092 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 400 °C, λ₄₀₀	PS140: 0,110 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Dimensions and Tolerances	T8/T9	EN 14303:2009+A1:2013 (EN 823)

Moisture Properties

Water Permeability
Property	Value	According to
Water Absorption, Short Term WS, W_p	≤ 1 kg/m²	EN 14303:2009+A1:2013 (EN 13472)

Water Vapour Permeability
Property	Value	According to
Water Vapour Diffusion Resistance	NPD	EN 14303:2009+A1:2013 (EN 13469)

Rate of Release of Corrosive Substances

Trace Quantities of Water Soluble Ions and the pH Value
Property	Value	According to
Chloride Ions, Cl-	< 10 ppm	EN 14303:2009+A1:2013 (EN 13468)

Sound Properties

Acoustic Absorption Index
Property	Value	According to
Sound Absorption	NPD	EN 14303:2009+A1:2013 (EN ISO 354)

Emissions

Release of Dangerous Substances to the Indoor Environment
Property	Value	According to
Release of Dangerous Substances	NPD	EN 14303:2009+A1:2013

Durability

Durability of Reaction to Fire Against Ageing/Degradation

No change in reaction to fire properties for mineral wool products. The fire performance of mineral wool does not deteriorate with time. The Euroclass classification of the product is related to the organic content, which cannot increase with time.

Durability of Reaction to Fire Against High Temperature

The fire performance of mineral wool does not deteriorate with high temperature. The Euroclass classification of the product is related to the organic content, which remains constant or decreases with high temperature.

Durability of Thermal Resistance Against Ageing/Degradation

Thermal conductivity of mineral wool products does not change with time, experience has shown the fibre structure to be stable and the porosity contains no other gases than atmospheric air.

General
Properties

Certification Number

0809-CPR-1016 / Eurofins Expert Services Ltd, Kivimiehentie 4, FI-02150 Espoo. Finland

Designation Code

PS140: MW-EN 14303-T8/T9-ST(+)640-WS1-CL10
PS100: MW-EN 14303-T8/T9-ST(+)640-WS1-CL10

Nominal Density

PS140: 140 kg/m³
PS100: 100 kg/m³

Dimensions

Dimensions
Thickness	Inner Diameter
80 - 300 mm	168 - 914
In accordance with EN 13467	In accordance with EN 13467

Dimensional Stability
Property	Value	According to
Maximum Service Temperature - Dimensional Stability	PS140: 680 °C; PS100: 640 °C	EN 14303:2009+A1:2013 (EN 14707)

Other Dimensions

Other dimensions available on request.

Packaging

Package Type

Plastic packs on pallet

More Information

Inner layer (DL1) is Made from PAROC Pro Section 140, outer layer (DL2) is made from PAROC Pro Section 100.

Fire Properties

Reaction to Fire
Property	Value	According to
Reaction to Fire, Euroclass	A1_L	EN 14303:2009+A1:2013 (EN 13501-1)

Continuous Glowing Combustion
Property	Value	According to
Continuous Glowing Combustion	NPD	EN 14303:2009+A1:2013

Thermal Properties

Thermal Resistance
Property	Value	According to
Thermal Conductivity in 10 °C, λ₁₀	PS140: 0,038 W/mK; PS100: 0,036 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 50 °C, λ₅₀	PS140: 0,041 W/mK; PS100: 0,039 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 100 °C, λ₁₀₀	PS140: 0,047 W/mK; PS100: 0,045 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 150 °C, λ₁₅₀	PS140: 0,054 W/mK; PS100: 0,054 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 200 °C, λ₂₀₀	PS140: 0,063 W/mK; PS100: 0,064 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 300 °C, λ₃₀₀	PS140: 0,085 W/mK; PS100: 0,092 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 400 °C, λ₄₀₀	PS140: 0,110 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Dimensions and Tolerances	T8/T9	EN 14303:2009+A1:2013 (EN 823)

Moisture Properties

Water Permeability
Property	Value	According to
Water Absorption, Short Term WS, W_p	≤ 1 kg/m²	EN 14303:2009+A1:2013 (EN 13472)

Water Vapour Permeability
Property	Value	According to
Water Vapour Diffusion Resistance	NPD	EN 14303:2009+A1:2013 (EN 13469)

Rate of Release of Corrosive Substances

Trace Quantities of Water Soluble Ions and the pH Value
Property	Value	According to
Chloride Ions, Cl-	< 10 ppm	EN 14303:2009+A1:2013 (EN 13468)

Sound Properties

Acoustic Absorption Index
Property	Value	According to
Sound Absorption	NPD	EN 14303:2009+A1:2013 (EN ISO 354)

Emissions

Release of Dangerous Substances to the Indoor Environment
Property	Value	According to
Release of Dangerous Substances	NPD	EN 14303:2009+A1:2013

Durability

Durability of Reaction to Fire Against Ageing/Degradation

Durability of Reaction to Fire Against High Temperature

Durability of Thermal Resistance Against Ageing/Degradation

Thermal conductivity of mineral wool products does not change with time, experience has shown the fibre structure to be stable and the porosity contains no other gases than atmospheric air.

Certification Number

0809-CPR-1016 / Eurofins Expert Services Ltd, Kivimiehentie 4, FI-02150 Espoo. Finland

Designation Code

PS140: MW-EN 14303-T8/T9-ST(+)640-WS1-CL10
PS100: MW-EN 14303-T8/T9-ST(+)640-WS1-CL10

Nominal Density

PS140: 140 kg/m³
PS100: 100 kg/m³

Dimensions

Dimensions
Thickness	Inner Diameter
80 - 300 mm	168 - 914
In accordance with EN 13467	In accordance with EN 13467

Dimensional Stability
Property	Value	According to
Maximum Service Temperature - Dimensional Stability	PS140: 680 °C; PS100: 640 °C	EN 14303:2009+A1:2013 (EN 14707)

Other Dimensions

Other dimensions available on request.

Packaging

Package Type

Plastic packs on pallet

More Information

Inner layer (DL1) is Made from PAROC Pro Section 140, outer layer (DL2) is made from PAROC Pro Section 100.

Fire Properties

Reaction to Fire
Property	Value	According to
Reaction to Fire, Euroclass	A1_L	EN 14303:2009+A1:2013 (EN 13501-1)

Continuous Glowing Combustion
Property	Value	According to
Continuous Glowing Combustion	NPD	EN 14303:2009+A1:2013

Thermal Properties

Thermal Resistance
Property	Value	According to
Thermal Conductivity in 10 °C, λ₁₀	PS140: 0,038 W/mK; PS100: 0,036 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 50 °C, λ₅₀	PS140: 0,041 W/mK; PS100: 0,039 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 100 °C, λ₁₀₀	PS140: 0,047 W/mK; PS100: 0,045 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 150 °C, λ₁₅₀	PS140: 0,054 W/mK; PS100: 0,054 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 200 °C, λ₂₀₀	PS140: 0,063 W/mK; PS100: 0,064 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 300 °C, λ₃₀₀	PS140: 0,085 W/mK; PS100: 0,092 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Thermal Conductivity in 400 °C, λ₄₀₀	PS140: 0,110 W/mK	EN 14303:2009+A1:2013 (EN ISO 8497)
Dimensions and Tolerances	T8/T9	EN 14303:2009+A1:2013 (EN 823)

Moisture Properties

Water Permeability
Property	Value	According to
Water Absorption, Short Term WS, W_p	≤ 1 kg/m²	EN 14303:2009+A1:2013 (EN 13472)

Water Vapour Permeability
Property	Value	According to
Water Vapour Diffusion Resistance	NPD	EN 14303:2009+A1:2013 (EN 13469)

Rate of Release of Corrosive Substances

Trace Quantities of Water Soluble Ions and the pH Value
Property	Value	According to
Chloride Ions, Cl-	< 10 ppm	EN 14303:2009+A1:2013 (EN 13468)

Sound Properties

Acoustic Absorption Index
Property	Value	According to
Sound Absorption	NPD	EN 14303:2009+A1:2013 (EN ISO 354)

Emissions

Release of Dangerous Substances to the Indoor Environment
Property	Value	According to
Release of Dangerous Substances	NPD	EN 14303:2009+A1:2013

Durability

Durability of Reaction to Fire Against Ageing/Degradation

Durability of Reaction to Fire Against High Temperature

Durability of Thermal Resistance Against Ageing/Degradation

Thermal conductivity of mineral wool products does not change with time, experience has shown the fibre structure to be stable and the porosity contains no other gases than atmospheric air.