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Power-teK® CM 660 ALU
Power-teK® CM 660 ALU is a highly flexible yet firm rock mineral wool mat based on a special fibre orientation. On one side it is bonded to a tear-resistant, glass-mesh reinforced aluminium foil.
When installed on convex surfaces it offers a very good compromise of being flexible for installation and a very good level of compression resistance of the final installation, thus providing good protection against outside force.
Knauf Insulation Power-teK® CM 660 ALU is produced with ECOSE®Technology, a patented binder system, based entirely on renewable raw materials.
APPLICATION
- Pipe insulation
- Pipe insulation elbows
- Furnaces & other equipment
- Tank walls & heat storage
- Boilers
- Irregular shapes
The product is recommended for thermal, fire and sound insulation of the defined applications within technical insulation, where:
- the best compromise between flexibility and rigidity is needed
- higher mechanical resistance is required
- the need for a sub-construction structure for round objects must be avoided
- where a 100 kg/m3 solution with high compressive strength is needed (up to 10 kPa – according to EN ISO 29469)
- where a maximum service temperature of 660 °C is required
product.tabs.details
Power-teK® CM 660 ALU is a highly flexible yet firm rock mineral wool mat based on a special fibre orientation. On one side it is bonded to a tear-resistant, glass-mesh reinforced aluminium foil.
When installed on convex surfaces it offers a very good compromise of being flexible for installation and a very good level of compression resistance of the final installation, thus providing good protection against outside force.
Knauf Insulation Power-teK® CM 660 ALU is produced with ECOSE®Technology, a patented binder system, based entirely on renewable raw materials.
APPLICATION
- Pipe insulation
- Pipe insulation elbows
- Furnaces & other equipment
- Tank walls & heat storage
- Boilers
- Irregular shapes
The product is recommended for thermal, fire and sound insulation of the defined applications within technical insulation, where:
- the best compromise between flexibility and rigidity is needed
- higher mechanical resistance is required
- the need for a sub-construction structure for round objects must be avoided
- where a 100 kg/m3 solution with high compressive strength is needed (up to 10 kPa – according to EN ISO 29469)
- where a maximum service temperature of 660 °C is required
THERMAL CONDUCTIVITY CALCULATOR
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product.technical_data
| product.technical_data_headers.name | product.technical_data_headers.symbol | product.technical_data_headers.performance | product.technical_data_headers.unit | product.technical_data_headers.norm |
|---|---|---|---|---|
| Thermal conductivity (50ºC) | 0,043 | W/(mK) | ||
| Reaction to fire | A1 | |||
| Maximum service temperature | 660 | °C | ||
| Apparent density | 100 | kg/m3 | ||
| Facing | Aluminium | |||
| Product type | Mat | |||
| Insulation solution for: | Industry |