Today, Incomac is able to offer a wide range of customized solutions that combine electrical and thermal energy, including cogeneration plants, medium-temperature ORC or direct smoke-fluid exchange, steam expanders, pyrogasifiers with electrical efficiency of more than 30%, integration with photovoltaic systems with storage, and, in addition, solar concentrators based on the system of reflection and concentration of the sun’s rays.
Incomac kilns have all the structural and operational requirements to withstand adverse temperatures and different environmental and weather conditions. Our technicians intervene on site to install the kiln and test it. In Incomac everything is conceived to improve the performance and extend the life of the drying system: from the load-bearing structure to the weld joints, from the doors to the screws. The materials we chose are aluminum and stainless steel, which are resistant to corrosion, wear and tear, temperature changes, and to intensive production cycles.
The load bearing structure of the kiln is made from extruded alloy profiles of Al, Mg, Si with designation number 6005, UNI 9006/1, physical status T6, with 280 Mega Pascal breaking load. All parts of the kiln – supporting beams, weight-bearing columns, crosspieces and wind braces – are connected to each other using stainless steel fastening bolts (AISI 304 A2 stainless steel).
Panels made of glass wool, rock wool or polyurethane foam guarantee the insulation of the kiln. The building technology is based on a “sandwich” system with internal/external corrugated metal sheets made of embossed natural aluminum. The panels are modular with a tongue-and-groove joint system and provide a high level of thermal and acoustic insulation.
