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![](https://smartechonline.com/wp-content/uploads/2022/06/m-949-self-adhesive-not-adhesive.jpg)
M 949 (self-adhesive / not adhesive) M 949 (self-adhesive / not adhesive)Glass fibre mat, surface imprinted aluminium foil
Technical Data
- Heat resistance Celsius: 180 °C radiation heat on aluminium 250C
- Fahrenheit: 350F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-1019.jpg)
M 1019 M 1019Bitumen heavy foil, both sides laminated with glass fibre mats, surface imprinted aluminium foil
Technical Data
- Heat resistance Celsius: 90 °C radiation heat on aluminium 250C
- Fahrenheit: 195F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-10373.jpg)
M 1037/3 M 1037/3 Glass fibre mat, surface imprinted aluminium foil
Technical Data
- Heat resistance Celsius: 180 °C radiation heat on aluminium 250C
- Fahrenheit: 350F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-1425.jpg)
M 1425 M 1425PU-foam, laminated of a composite of two glass fibre mats with intermediate bitumen heavy foil, surface PU-foil
Technical Data
- Heat resistance Celsius: 90 °C
- Fahrenheit: 195F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-1724.jpg)
M 1724 M 1724Glass fibre mat, laminated on PU-foam (polyester) and bitumen heavy foil, both sides laminated with glass fibre mats, surface perforated aluminium foil
Technical Data
- Heat resistance Celsius: 90 °C radiation heat on aluminium 250C
- Fahrenheit: 195F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-1754.jpg)
M 1754 M 1754Glass fibre mat, laminated on bitumen heavy foil and a glass fibre mat, surface perforated aluminium foil
Technical Data
- Heat resistance Celsius: 90 °C radiation heat on aluminium 250C
- Fahrenheit: 195F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-1761.jpg)
M 1761 M 1761Glass fibre mat, surface perforated aluminium foil
Technical Data
- Heat resistance Celsius: 180 °C radiation heat on aluminium 250C
- Fahrenheit: 350F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-1765-1.jpg)
M 1765 M 1765Glass fibre mat, lined on PU-foam (polyether), surface perforated aluminium foil
Technical Data
- Heat resistance Celsius: 100 °C radiation heat on aluminium 250C
- Fahrenheit: 210F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-1765-21-1.jpg)
M 1765/-2.1 M 1765/-2.1Glass fibre mat, laminated on PU-foam (polyether) and bitumen heavy foil, surface perforated aluminium foil
Technical Data
- Heat resistance Celsius: 90 °C radiation heat on aluminium 250C
- Fahrenheit: 195F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/m-179712-self-adhesive-not-adhesive.jpg)
M 1797/12 (self-adhesive / not adhesive) M 1797/12 (self-adhesive / not adhesive)Glass fibre mat, surface imprinted aluminium foil
Technical Data
- Heat resistance Celsius: 180 °C radiation heat on aluminium 250C
- Fahrenheit: 350F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/s-3510-self-adhesive-not-adhesive.jpg)
S 3510 (self-adhesive / not adhesive) S 3510 (self-adhesive / not adhesive)Glass fibre mat, surface imprinted aluminium foil
Technical Data
- Heat resistance Celsius: 300 °C
- Fahrenheit: 575F
![](https://smartechonline.com/wp-content/uploads/2022/06/s-3511.jpg)
S 3511 S 3511 Glass fibre mat, surface imprinted aluminium foil
Technical Data
- Heat resistance Celsius: 180 °C radiation heat on aluminium 250C
- Fahrenheit: 350F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/s-3525a-al.jpg)
S 3525a/-AL S 3525a/-ALmineral foam, surface aluminium coarse-grain foil
Technical Data
- Heat resistance Celsius: 825 °C
- Fahrenheit: 1515F
![](https://smartechonline.com/wp-content/uploads/2022/06/s-3540a.jpg)
S 3540a S 3540aHigh temperature nonwoven fabric
Technical Data
- Heat resistance Celsius: 1050 °C
- Fahrenheit: 1920F
![](https://smartechonline.com/wp-content/uploads/2022/06/s-3809.jpg)
S 3809 S 3809Glass fibre mat, laminated on bitumen heavy foil and a glass fibre mat, surface perforated aluminium foil
Technical Data
- Heat resistance Celsius: 90 °C radiation heat on aluminium 250C
- Fahrenheit: 210F - 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/s-3908.jpg)
S 3908 S 3908Glass fibre mat, surface perforated aluminium foil
Technical Data
- Heat resistance Celsius: 300 °C
- Fahrenheit: 575F
![](https://smartechonline.com/wp-content/uploads/2022/06/glass-fibre-mats-a.jpg)
Glass fibre mats/-a Glass fibre mats/-aBonded needle mat made of E-glass-needle fleece
Technical Data
- Heat resistance Celsius: 500 °C (glass fibre), 180°C (quilting thread)
- Fahrenheit: 930F, 350F
![](https://smartechonline.com/wp-content/uploads/2022/06/glass-fibre-fabric.jpg)
Glass fibre fabric Glass fibre fabric
Technical Data
- Heat resistance Celsius: 250 °C
- Fahrenheit: 480F
![](https://smartechonline.com/wp-content/uploads/2022/06/glass-fleece-a.jpg)
Glass fleece/-a Glass fleece/-aE-glass-needle fleece
Technical Data
- Heat resistance Celsius: 600 °C
- Fahrenheit: 1110F
![](https://smartechonline.com/wp-content/uploads/2022/06/glass-fleece-1200a-ld.jpg)
Glass fleece 1200a-LD Glass fleece 1200a-LDE-glass-needle fleece
Technical Data
- Heat resistance Celsius: 500 °C
- Fahrenheit: 930F
![](https://smartechonline.com/wp-content/uploads/2022/06/isoglamatr.jpg)
Isoglamat® Isoglamat®Needled mat made of a E-glass-bonded needle mat and a E-glass-needle fleece, surface aluminium foil
Technical Data
- Heat resistance Celsius: 500 °C (glass fibre), 160 °C (quilting thread)
- Fahrenheit: 930F, 320F
![](https://smartechonline.com/wp-content/uploads/2022/06/silica-fleece.jpg)
Silica fleece Silica fleeceNeedle fleece made of silica-fibres, surface imprinted stainless steel foil
Technical Data
- Heat resistance Celsius: 1100 °C
- Fahrenheit: 2010F
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