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 Date created 2021-01-01
 Holder SOPREMA SAS
14 rue de St Nazaire
CS 60121
67025 STRASBOURG CEDEX
France
 Certificate no. 08/006/481/28
 Family Rigid polyurethane foam (PUR)
 Commercial brand(s) (products)
Products Purposes
TMS MF SI
TMS GF SI
TMS - Insulation under screed or floating slab or sealed tile (De 21 à 140 mm Panneaux de 1500 mm max)
- Insulation between wood floor joists
- Insulation on wood floor joists (De 21 à 140 mm)
- Counter plaster wallboard
- Against masonry wall or plaster tiles
- Double masonry wall
- Insulation installed by creeping roof or roofing from inside - between and under chevron
- Insulation on suspended ceilings
- Insulation under paving on median - Single-family home (De 25 à 160 mm)
- Insulation under paving on land - Other than single-family dwelling (De 25 à 87 mm)
 Plant(s) Saint Julien du Sault - France (89)
 Certified thermal conductivity
Thicknesses
mm
Thermal conductivity
λD W/(m.K)
21  mm 0.028 W/(m.K)
25  mm 0.025 W/(m.K)
from 30 to 35  mm 0.023 W/(m.K)
from 40 to 160  mm 0.022 W/(m.K)
Puce Certified thermal resistance
Thicknesses
mm
Thermal resistances
m².K/W
21 mm 0.75
25 mm 1.00
30 mm 1.30
35 mm 1.50
40 mm 1.85
48 mm 2.20
50 mm 2.30
52 mm 2.40
56 mm 2.60
60 mm 2.75
61 mm 2.80
68 mm 3.15
75 mm 3.45
80 mm 3.70
85 mm 3.95
87 mm 4.00
90 mm 4.15
95 mm 4.40
100 mm 4.65
105 mm 4.85
108 mm 5.00
110 mm 5.10
115 mm 5.30
120 mm 5.55
122 mm 5.65
125 mm 5.80
130 mm 6.00
135 mm 6.25
140 mm 6.50
145 mm 6.70
150 mm 6.95
155 mm 7.20
160 mm 7.40
 Specifications for floor applications
Thicknesses
mm
Classification
from 21 to 100  mm SC1 b1
from 21 to 140  mm SC1 a2 Ch
 ISOLE classification
Thickness
mm
I S O L E
from 21 to 140  mm 5 2 3 2 4
from 145 to 160  mm 2 2 3 2 4
Puce Critical compressive strength
Thickness
mm
Rcs
(≥ kPa)
ds mini
(%)
ds maxi
(%)
Modulus of elasticity in use
(≥ MPa)
from 25 to 160  mm 105.000 1.30 1.60 4.34

 Other certified characteristics

 Thickness tolerance T2
 Compressive strength CS(10\Y)175
 Short-term water absorption by partial immersion WS(P)0,2
 Dimensional stability under defined temperature and humidity conditions DS(70,90)2