Special applications of insulation – Northern Renaissance
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PAROC FPS 17

Fire protection slab PAROC FPS 17 is non-combustible stone wool insulation for use as fire protection for steel structures, chimneys, doors, furnaces and ovens.

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thumbnail Fire protection slab PAROC FPS 17 is non-combustible stone wool insulation for use as fire protection for steel structures, chimneys, doors, furnaces and ovens.

Stone wool insulation has varying fire protection abilities that are largely dependant on the density of the material as well as the used insulation thickness. Generally speaking, the higher the density, the longer the fire protection time.

PAROC FPS 17 has a density of ~170 kg/m3. The right product for the application will be chosen based on the system provider's approval. PAROC FPS 17 has ETA approval for fire protection for steel structures. The product is easy to handle and install for different kinds of fire applications.

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.

Technical parameters

Nominal Density
170 kg/m3
Width
600 mm
Length
1200 mm
Thickness
20-120 mm
Reaction to Fire, Euroclass
A1
Combustibility
Non-combustible
Thermal Conductivity λD
0,038 W/mK

PAROC FPS 14

Fire protection slab PAROC FPS 14 is non-combustible stone wool insulation for use as fire protection for steel structures, chimneys, doors, furnaces and ovens.

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thumbnail Fire protection slab PAROC FPS 14 is non-combustible stone wool insulation for use as fire protection for steel structures, chimneys, doors, furnaces and ovens.

Stone wool insulation has varying fire protection abilities that are largely dependant on the density of the material as well as the used insulation thickness. Generally speaking, the higher the density, the longer the fire protection time.

PAROC FPS 14 has a density of ~140 kg/m3. The right product for the application will be chosen based on the system provider's approval. The product is easy to handle and install for different kinds of fire applications.

Technical parameters

Nominal Density
140 kg/m³
Width
600 mm
Length
1200 mm
Thickness
20-120 mm
Reaction to Fire, Euroclass
A1
Thermal Conductivity λD
0,037 W/mK
Combustibility
Non-combustible

Paroc ROS 30

Roof slab PAROC ROS 30 is non-combustible stone wool insulation for use as a load bearing thermal insulation layer of existing and new flat roofs.

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thumbnail Roof slab PAROC ROS 30 is non-combustible stone wool insulation for use as a load bearing thermal insulation layer of existing and new flat roofs.

The roof insulation slab is developed to provide sustainable, hard and fire safe bedding for rigid top insulation layers as well as insulating the bearing layer in renovation sites. The suitable roof slab for flat roof will be chosen based on the product's mechanical properties and thermal conductivity.

The compressive stress of PAROC ROS 30 is 30 kPa, which means that the slab can carry a 3000 kg/m2 load during installation and use. This means that it is suitable for normal level loads.

Roof slab PAROC ROS 30g has ventilation grooves in the surface of the board. These grooves enable the constant drying of the whole roof construction.

Technical parameters

Width x Length
1200*1800 mm
Thickness
40-250 mm
Compressive Stress at 10 % deformation CS(10), σ10
30 kPa
Reaction to Fire, Euroclass
A1
Thermal Conductivity λD
0,036 W/mK
Combustibility
Non-combustible
Point Load PL(5)
250 N

PAROC SSB 1

Step sound board PAROC SSB 1 is non-combustible stone wool insulation for use as a sound absorbing layer (spring) for the reduction of impact sound in floating floors.

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thumbnail Step sound board PAROC SSB 1 is non-combustible stone wool insulation for use as a sound absorbing layer (spring) for the reduction of impact sound in floating floors.

The fibre orientation in the step sound insulation slab is mainly horizontal compared to, for example, a roof slab or ground slab. The horizontal fibre direction gives a lower dynamic stiffness, which means better impact sound insulation.

The compressive stress of the product is 10 kPa, which means that it can carry a 1000 kg load during installation and use.

Technical parameters

Length
1200 mm
Width
600 mm
Thickness
20-50 mm
Reaction to Fire, Euroclass
A1
Combustibility
Non-combustible
Compressive Stress at 10 % deformation CS(10), σ10
15 kPa
Thermal Conductivity λD
0,035 W/mK
Water Absorption, Short Term WS, Wp
≤ 1 kg/m²
Water Absorption, Long Term WL(P), Wlp
≤ 3 kg/m²
Water Vapour Transmission MU, µ
1

PAROC SSB 4

Step sound board PAROC SSB 4 is non-combustible stone wool insulation for use as a sound absorbing layer (spring) for the reduction of impact sound in floating floors.

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thumbnail Step sound board PAROC SSB 4 is non-combustible stone wool insulation for use as a sound absorbing layer (spring) for the reduction of impact sound in floating floors.

The fibre orientation in the step sound insulation slab is mainly horizontal compared to, for example, a roof slab or ground slab. The horizontal fibre direction gives a lower dynamic stiffness, which means better impact sound insulation.

The compressive stress of the product is 40 kPa, which means that the slab can carry a 4000 kg/m2 load during installation and use. PAROC SSB 4 can be used both in concrete and timber structures.

Technical parameters

Length
1200 mm
Width
600 mm
Thickness
50-100 mm
Reaction to Fire, Euroclass
A1
Combustibility
Non-combustible
Compressive Stress at 10 % deformation CS(10), σ10
40 kPa
Thermal Conductivity λD
0,037 W/mK
Water Absorption, Short Term WS, Wp
≤ 1 kg/m²
Water Absorption, Long Term WL(P), Wlp
≤ 3 kg/m²

PAROC GRS 20

Ground slab PAROC GRS 20 is non-combustible stone wool insulation for existing and new basement walls and ground floors.

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thumbnail Ground slab PAROC GRS 20 is non-combustible stone wool insulation for existing and new basement walls and ground floors.

The water repellent ground insulation slab can be used as thermal insulation and capillary break both in the external layer of a foundation and underground slab.

The compressive stress of the slab is 20 kPa, which means that the slab can carry a 2000 kg/m2 load. To work correctly, the other side of the external ground insulation has to be against a warm construction such as a wall of floor.

Technical parameters

Width
1200 mm
Length
600 mm
Thickness
50-100 mm
Reaction to Fire, Euroclass
A1
Combustibility
Non-combustible
Compressive Stress at 10 % deformation CS(10), σ10
20 kPa
Thermal Conductivity λD
0,035 W/mK
Water Absorption, Short Term WS, Wp
≤ 1 kg/m²
Water Absorption, Long Term WL(P), Wlp
≤ 3 kg/m²
Water Vapour Transmission MU, µ
1

PAROC CGL 20

Ceiling lamella is non-combustible stone wool insulation for existing and new cellar ceilings.

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thumbnail Ceiling lamella PAROC CGL 20 is non-combustible stone wool insulation for existing and new cellar ceilings. With ceiling insulation lamella you can easily insulate cellar ceilings, creating good sound absorption for the space and increasing fire safety between floors.

PAROC CGL 20cy - Glued lamella insulation with faceted edges forms a structured base layer for the ceiling surface. The visible surface of the lamella is pre-painted/coated for better application of the paint.

PAROC CGL 20cyc - Glued lamella insulation with faceted edges forms a structured base layer for the ceiling surface. The lamella is pre-painted/coated on both sides.

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.

Technical parameters

Length
1200 mm
Width
200 mm
Thickness
50-200 mm
Reaction to Fire, Euroclass
A1
Combustibility
Non-combustible
Compressive Strength CS(Y), σm
20 kPa
Thermal Conductivity λD
0,037 W/mK
Air Flow Resistivity AFR
10 kPa*s/m²
Water Absorption, Short Term WS, Wp
≤ 1 kg/m²
Water Absorption, Long Term WL(P), Wlp
≤ 3 kg/m²



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