Thermoconductive board SILCA HEAT 600C 1000x625x25mm

SILCA HEAT 600C is an innovative material designe especially for building „warm” fireplaces. The SILCA HEAT 600C board combines two functions. Firstly, thanks to its special construction it conducts the heat generated in the fireplace insert outside the housing. It is characterized by great thermal conductivity and low expandability. The SILCA HEAT 600C board is a hybrid material based on calcium-silicate and carbon. The high content of graphite results in a excellent conductivity parameters. The thermal resistance is 1000 °C and the board is nonflammable. The boards are available in sizes: 1000x625x25 mm and 1000x625x35 mm. Other formats and arch-shapes are available on special order.
Working with SILCA HEAT 600C boards is easy, quick and safe. Solid, constructional boards can be worked on by using regular carpenting tools. For glueing the boards the SILCACON glue should be used. For reinforcements use screws. It is advised to make an reinforcing layer by using the SILCATEX net. Due to high temperatures the SILCA HEAT 600C boards should not be undercoated! It is advised to use the SILCADUR-HTI impregnant before plastering or application of any other layers such as tiles or natural stone.
In the housing made of SILCA HEAT 600C boards it is advised to use fireplace grates according to manufacturer’s instructions. ATTENTION! The SILCA HEAT 600C board is not an insulation board, therefore in places requiring insulation the SILCA 250KM board should be used.

Advantages of SILCA HEAT 600C:
- space savings thanks to its smal size
- light weight
- thermoconductive material - excellent thermal conductivity
- construction material, easy to work on with traditional carpentry tools
- high thermal resistance and shape stability
- compatible with insulation boards SILCA
- non-flammable product
- safe for health and environment

SILCA HEAT 600C parameters:
- conform with EN 14306
- density: 650 kg/m3
- fire classification: non-flammable A1
- thermal resistance: 1000°C
- resistance to pressure: 7,0 MPa
- resistance to bending: 3,0 MPa
- thermal conductivity: 300°C – 800°C ~ 0,2-0,3 W/mK
- thermal expandability at 500°C: 0,3%