
Poeton coatings to act as a thermal barrier, go to Apticote 800 Thermal Spraying – ittria stabilised zirconia
To protect a vulnerable substrate from the effects of an external heat source it is necessary to reduced the flow of heat into the surface. This requires a coating with a low thermal conductivity, typically a ceramic. The thicker the coating, then the greater the temperature drop from the surface to the substrate. The insulation can be further improved by introducing porosity into the coating, since the thermal conductivity of air very low (when there is no convection in the confined space of each pore).
The best thermal barriers are zirconia (stabilised with ittria) or alumina
Poeton & Apticote
supporting global manufacturing, from A to Z
APTICOTE 100 – Hard Chrome
APTICOTE 200 – Polymer Composite
APTICOTE 300 – Hard Anodising
APTICOTE 400 – Electroless Nickel
APTICOTE 600 - Silver
APTICOTE 800 – Plasma / Thermal Spray Coatings
APTICOTE 3000 – Keronite
APTICOTE 900 – Cadmium
APTICOTE 300SP – Sulphuric Anodising / PTFE Composite
APTICOTE 350 – Hard Anodic / PTFE Composites
APTICOTE 355 - Hard Anodising / Polymer (15,000 hrs corrosion protection)
APTICOTE 450 – Electroless Nickel / PTFE Composite (Co deposition)
APTICOTE 460 – Electroless Nickel / Polymer Composites
APTICOTE 810 – Plasma / Thermal Spray / Polymer Composite
APTICOTE 2000 – Nickel / Silicon Carbide Composite Coating.
Contracted R&D
Failure Analysis Projects and Coating Characterisation