Termalpaper
Problem that solves
Prevents failures in expansion joint sealing; Reduces the effects of chemical corrosion; Minimizes energy losses in hot-top insulation.Termalpaper
Problem that solves
Prevents failures in expansion joint sealing; Reduces the effects of chemical corrosion; Minimizes energy losses in hot-top insulation.Main applications
Back-up linings; Hot-top linings; Expansion joints; Applications in furnaces, boilers, heating systems, and structures.Technical characteristics
Lightweight insulating papers based on ceramic fibers or silica-alumina with zirconia, asbestos-free, resistant to thermal shock, with high electrical resistance, low thermal conductivity, easy machinability, low density, and good chemical stability.Temperature: up to 1427 °C
Density: 170 - 210 kg/m³
Thermal Conductivity:
Dimension: Square shape (section): up to 35 x 35 mm
Product sheet
FDS form