Panel structure
The heart of the infrared panels consists of specially designed for this purpose sheet of carbon fibres and nickel, which is built in via an insulation layer between two aluminum sheets. This carbon fibres sheet transforms the consumed electricity into infrared rays. This is an advanced innovative technology which cannot be compared to other existing panel heat generators which simply use carbon paper or wires. What is important...
The heart of the infrared panels consists of specially designed for this purpose sheet of carbon fibres and nickel, which is built in via an insulation layer between two aluminum sheets. This carbon fibres sheet transforms the consumed electricity into infrared rays. This is an advanced innovative technology which cannot be compared to other existing panel heat generators which simply use carbon paper or wires. What is important here is what percent of the generated heat is infrared heat (rays). The higher the percentage of generated infrared heat, the more efficient is the infrared heating.
In laboratory environment it has been proven that the infrared panels InfraHEAT generate more than 93% infrared heat and about 7% convection energy. In practice, there is no loss of energy. (This efficiency rate is the highest efficiency reached until now in the field – consequently, companies which claim that they offer far infrared heaters with higher efficiencies are not honest with their clients.)
Copper and nano-silver layers prevent the occurrence of hot spots and sparks, guaranteeing security even in unusual operation environment and at very high surface temperatures.
Epoxy resin as a finishing layer in the front and back side of the panel provides very good durability and eliminates the danger of burning. The perfectly finished angles do not allow water or electricity leakage, and according to the type of installation, the highest IP class (IPx8) can be achieved. The thickness of the panels (from 0.6 to 2.5 cm) makes installation possible in any place, and for different applications.
The electrical conductor, made of carbon graphite polyimide, provides security, durability and energy efficiency that make InfraHEAT panels a leading technology on the market.
The manufacturing processes include thermal processing from 1000 to 3000оС for the carbon fibres, and above 2500оС for the graphite fibres.
Graphite has higher thermal resistance compared to other materials, lower coefficient of thermal expansion, excellent thermal conductivity and is widely used as a material transforming electricity into heat. The special mixing process of InfraHEAT creates different consumption levels according to the desired applications – this allows reaching high efficiency levels with optimal use of carbon and graphite.
