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Applications
- Construction material industry for heating of form works, brick works dry chambers
- Tar manufacturing industry for roofing felt plants, store and mixing installations, tank depots
- Chemical industry for autoclaves, reaction tanks, mixing plants
- Wood-, paper-, pasteboard industry for laminate presses, hot presses, chip board presses, dryers
- Plastic industry for extruders, calanders, melting vessels, polymerisation plants
- Metal-processing industry for pickling baths, varnishing plants, degreasing systems
- Food industry for baking plants, distilling, fat-splitting, pasteurising
- Soap and detergent industry for autoclaves, spray and drying columns, soaping plants
- Textile industry for coating, colouring plants, calanders, stenters, dryers, hot flues
- Combustion chamber The cylindrical combustion chamber is constructed according to the flame
geometry. This guarantees an optimal combustion and a low load of the heating surface.
- Flue gas direction In the well tested three-pass-principle the flue gas flows from the
combustion chamber to the space between radiate and convection tube bundle, than through the 3rd pass
between the outside tube bundle and the boiler shell to the chimney.
- Flue gas direction In the well tested three-pass-principle the flue gas flows from the
combustion chamber to the space between radiate and convection tube bundle, than through the 3rd pass
between the outside tube bundle and the boiler shell to the chimney.
- Insulation For heat insulation the boiler is covered allover by special insulation wool
mats. Total 150 mm seam displaced fixed in two layers guarantees an optimum protection against heat
loss. The top layer is made of aluminium sheet.
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