Description
ULTIMATE mineral wool provides a
unique high-performance profile:
It combines safety, comfort and
ease of handling
Caractéristiques techniques
| Symbol | Unit | Quantities and declared values | Standard | |
|---|---|---|---|---|
| Specific thermal capacity | Symbolc | UnitkJ/(kg·K) | Quantities and declared values1.00 | StandardISO 10456 |
| Reaction to fire | Symbol- | Unit- | Quantities and declared valuesMelting point according to DIN 4102, part 17: ¨ 1000 °C. Non combustible according to IMO-Resolution MSC.61(67)-(FTP- Code), IMO MSC/Circ. 1120. Surface materials with low flame-spread characteristics | StandardRESOLUTION MSC.307(88) (2010 FTP CODE) |
| Application field | Quantities and declared valuesThermal insulation, acoustic insulation and fire protection constructions in ship building. Approved for A-Class steel constructions | Standard- | ||
| Material | Quantities and declared valuesMineral wool with quality mark RAL by the Gütegemeinschaft Mineralwollee. V., unrisky regarding health according to German decree on dangerous substances, decree on prohibition of chemicals and to guideline EU97/69 Nota Q. | |||
| Facing | Quantities and declared valuesOne sided faced with Alu-coated glass fabric, with aluminium side outside Gramweigth of the facing : approx. 260 g/m2 | |||
| Water vapour diffusion resistance factor | Symbolμ | Quantities and declared values~ 1.0 | ||
| Thermal coefficient of expansion | Symbolα | Unit1/K | Quantities and declared valuesNo change in dimensions within the application field. | |
| Quality management | Symbol- | Unit- | Quantities and declared valuesISOVER is certified according to DIN EN ISO 9001 and DIN EN ISO 14001 | StandardEN ISO 9001 EN ISO 14001 |
Conductivité Thermique
| Characteristic | Symbol | Unit | Quantities and declared values | Standard | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| CharacteristicThermal conductivity | SymbolT | Unit[°C] | Quantities and declared values10 | Quantities and declared values_50 | Quantities and declared values__100 | Quantities and declared values___150 | Quantities and declared values____200 | Quantities and declared values_____300 | Quantities and declared values______400 | Quantities and declared values_______- | StandardEN 14706 | |
| SymbolλN,R | Unit[W/(m•K)] | Quantities and declared values0.031 | Quantities and declared values_0.036 | Quantities and declared values__0,042 | Quantities and declared values___0,050 | Quantities and declared values____0,059 | Quantities and declared values_____0,080 | Quantities and declared values______0,109 | ||||
| CharacteristicThermal behaviour | SymbolT | Unit[°C] | Quantities and declared values≤ 650 by pure thermal stress (U SeaProtect Slab 40 – 90) The thickness of the insulating layer has to be correctly dimensioned so that the faced side is exposed to a maximum of 100 °C. From 150 °C on the binder starts to volatilise. |
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Air Flow Resistivity
| Characteristic | Symbol | Unit | Quantities and declared values | Values | Standard |
|---|---|---|---|---|---|
| CharacteristicAir flow resistivity | Symbolσ | Unit[KPa• s/m2] | Quantities and declared valuesDensity 50 kg/m3 | Values[40-60] | StandardDIN EN 29053 |
Notes
*On some products, minimum order quantities are requested.
** Further dimensions on request.
** Further dimensions on request.