High-temperature liquid thermal insulation "TERMION VOLCANO" is used when it is necessary to perform insulation:
"TERMION VOLCANO" is applied on surfaces that can be affected by temperature peaks from -60 ° C to + 600 ° C and withstand aggressive media such as oil products, salts and mineral oils.
Metal surfaces treated with thermal paint "TERMION VOLCANO" will be devoid of corrosion, and industrial equipment with a high operating temperature will protect workers from thermal burns.
"TERMION VOLCANO" on an organic basis, contains 80% microgranules from glass ceramics "3M" (France), 20% special aluminum flakes and rheological additives.
Before coating, it is thoroughly mixed by hand or with a drill (rotation speed up to 200 rpm).
Requirements for the surface on which the thermal insulation is applied: dry and clean (without grease, dirt and dust)
It is not recommended to apply TERMION VOLCANO on painted surfaces.
For application, use a roller, brush or spray (airless).
The ambient temperature, when painting, should be in the range: + 7 ° C - + 40 ° C.
The coating, on the surface of the metal, is applied in 2 - 3 layers, using an intermediate drying for up to 24 hours (drying time depends on t ° ambient air).
Drying of the coating occurs after 48 hours under natural conditions at t ° = 20 ° C.
Full solidification of the material takes place during heating during operation.
With the help of thermal engineering calculations, the total thickness of the coating is determined.
The name of indicators |
Standard according to Spec. |
Appearance of the film |
After drying, the film must be homogeneous, without foreign inclusions |
Basic color of the film |
Silvery gray |
Solvent |
Orthoxylene or Xylene |
Conventional viscosity by viscosimeter type |
25 |
Drying time to degree 3, h, at a temperature of (20 ± 2) ° C at a temperature of (150 ± 2) ° C |
-2 -0,5 |
Mass fraction of nonvolatile substances,% |
70±5 |
Temperature resistance of the film at a temperature of 600 ° C, h, not less than |
3 |
Degree of dilution to working |
30-80 |
Film strength at impact on the device |
40 |
Adhesion of the film |
1 |
Calculated thermal conductivity W / m ° С |
0,0012 |
Heat dissipation W / m ° С |
3,9 |
Thermal resistance m2 * C \ W |
1,0 |