Certificate 11/083/716/12
Detailed datasheet

 Back to the last certificates list

 Date created 2024-05-20
 Holder URSA France SAS
Maille Nord III
7 Porte de Neuilly
93160 NOISY LE GRAND
France
 Certificate no. 11/083/716/12
 Family Glass wool (MW)
 Commercial brand(s) (products)
Products Purposes
P-URSA Façade 35P - Attic insulation by panels or rolls of manufactured mineral wool
- Insulation between wood floor joists
- Counter-partition in masonry of small elements
- Plaster tile counter-partition
- Insulation under ventilated wooden cladding
- Insulation for walls covered with thin stone plates
- Double masonry wall
- Wood frame walls
- Double-skin metal cladding - Tray Cavity
- Distributing or separating partitions between rooms
- Insulation installed in pinched roof from inside - between and under rafter
- Cover insulation in ribbed plates from coated steel sheets
- Insulation on suspended ceilings
- Double skin metal cladding - between spacer
P-URSA Façade 35R - Attic insulation by panels or rolls of manufactured mineral wool
- Insulation between wood floor joists
- Counter-partition in masonry of small elements
- Plaster tile counter-partition
- Insulation under ventilated wooden cladding
- Insulation for walls covered with thin stone plates
- Double masonry wall
- Wood frame walls
- Double-skin metal cladding - Tray Cavity
- Distributing or separating partitions between rooms
- Insulation installed in pinched roof from inside - between and under rafter
- Cover insulation in ribbed plates from coated steel sheets
- Insulation on suspended ceilings
- Double skin metal cladding - between spacer
P-URSA Façade noir 35P - Attic insulation by panels or rolls of manufactured mineral wool
- Insulation between wood floor joists
- Counter-partition in masonry of small elements
- Plaster tile counter-partition
- Insulation under ventilated wooden cladding
- Insulation for walls covered with thin stone plates
- Double masonry wall
- Wood frame walls
- Double-skin metal cladding - Tray Cavity
- Distributing or separating partitions between rooms
- Insulation installed in pinched roof from inside - between and under rafter
- Cover insulation in ribbed plates from coated steel sheets
- Insulation on suspended ceilings
- Double skin metal cladding - between spacer
P-URSA Façade noir 35R - Attic insulation by panels or rolls of manufactured mineral wool
- Insulation between wood floor joists
- Counter-partition in masonry of small elements
- Plaster tile counter-partition
- Insulation under ventilated wooden cladding
- Insulation for walls covered with thin stone plates
- Double masonry wall
- Wood frame walls
- Double-skin metal cladding - Tray Cavity
- Distributing or separating partitions between rooms
- Insulation installed in pinched roof from inside - between and under rafter
- Cover insulation in ribbed plates from coated steel sheets
- Insulation on suspended ceilings
- Double skin metal cladding - between spacer
P-URSA Home 35 PY - Attic insulation by panels or rolls of manufactured mineral wool
- Insulation between wood floor joists
- Counter-partition in masonry of small elements
- Plaster tile counter-partition
- Insulation under ventilated wooden cladding
- Insulation for walls covered with thin stone plates
- Double masonry wall
- Wood frame walls
- Double-skin metal cladding - Tray Cavity
- Distributing or separating partitions between rooms
- Insulation installed in pinched roof from inside - between and under rafter
- Cover insulation in ribbed plates from coated steel sheets
- Insulation on suspended ceilings
- Double skin metal cladding - between spacer
P-URSA Home 35 QY - Attic insulation by panels or rolls of manufactured mineral wool
- Insulation between wood floor joists
- Counter-partition in masonry of small elements
- Plaster tile counter-partition
- Insulation under ventilated wooden cladding
- Insulation for walls covered with thin stone plates
- Double masonry wall
- Wood frame walls
- Double-skin metal cladding - Tray Cavity
- Distributing or separating partitions between rooms
- Insulation installed in pinched roof from inside - between and under rafter
- Cover insulation in ribbed plates from coated steel sheets
- Insulation on suspended ceilings
- Double skin metal cladding - between spacer
P-URSA Thermocoustic 35 PY - Attic insulation by panels or rolls of manufactured mineral wool
- Insulation between wood floor joists
- Counter-partition in masonry of small elements
- Plaster tile counter-partition
- Insulation under ventilated wooden cladding
- Insulation for walls covered with thin stone plates
- Double masonry wall
- Wood frame walls
- Double-skin metal cladding - Tray Cavity
- Distributing or separating partitions between rooms
- Insulation installed in pinched roof from inside - between and under rafter
- Cover insulation in ribbed plates from coated steel sheets
- Insulation on suspended ceilings
- Double skin metal cladding - between spacer
P-URSA Thermocoustic 35 QY - Attic insulation by panels or rolls of manufactured mineral wool
- Insulation between wood floor joists
- Counter-partition in masonry of small elements
- Plaster tile counter-partition
- Insulation under ventilated wooden cladding
- Insulation for walls covered with thin stone plates
- Double masonry wall
- Wood frame walls
- Double-skin metal cladding - Tray Cavity
- Distributing or separating partitions between rooms
- Insulation installed in pinched roof from inside - between and under rafter
- Cover insulation in ribbed plates from coated steel sheets
- Insulation on suspended ceilings
- Double skin metal cladding - between spacer
 Plant(s) Saint Avold - France (57)
 Isolant semi-rigide de 75 à 210  mm
 Certified thermal conductivity λD = 0.035 W/(m.K)
Puce Certified thermal resistance
Thicknesses
mm 		Thermal resistances
m².K/W
75 mm 2.10
85 mm 2.40
100 mm 2.85
110 mm 3.10
120 mm 3.40
130 mm 3.70
140 mm 4.00
150 mm 4.25
160 mm 4.55
170 mm 4.85
180 mm 5.10
190 mm 5.40
200 mm 5.70
210 mm 6.00
All resistances
 Euroclass(es) Euroclasse A1
 Other certified characteristics
Characteristic Value
Thickness tolerance (De 75 à 200 mm) T3
Short-term water absorption by partial immersion WS
Water vapor permeability MU1
Thickness tolerance (210 mm) T2
Long-term water absorption by partial immersion WL(P)