DBM Technologie has developed specific heating equipment for local heat treatment on aircraft parts and more.
Treatment cycles can reach up to 900°C; thermal cycles are defined by customers themselves.
Local heat treatments can be performed under inert gas atmosphere.
Applications types
DBM Technologie designs and produces high performance rigid thermal heat shielding, integrated onto your part, for protection up to 1200°C.
Insulation can be assembled in two solutions: . . .
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DBM Technologie designs and manufactures high performance detachable rigid thermal insulations for temperatures up to 1200°C.
Detachable insulation can be directlymounted on the part or equipment to be insulated. Heatshield is considered as a part on its own. In general, thermal insulation consists of 2 half shells or more, assembled . . .
DBM Technologie designs and manufactures high performance metal insulation claddings for temperature up to 1200°C.
Insulation claddings are made of inner and outer stainless steel sheets with thicknesses from 0.15 to 2mm. These sheets encase high performance insulation materials. . . .
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DBM Technologie designs and produces high performance soft thermal and acoustic insulation for protection up to 1200°C.
Soft thermal insulation is a detachable insulation. . . .
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DBM Technologie designs and manufactures fire screens, in soft or rigid insulating materials. The insulating materials specially usedfor the application are enclosed in envelopes made from thin refractory stainless sheets and fireproof fabrics.
The products provide protection from fire for durations specified by the customer. The fire protection material can be manufactured in small or larger sizes, up to several meters of length or wid . . .
DBM Technologie designs and manufactures rigid and soft insulating and heating shells for temperatures up to 1000°C.
According to customer needs heating devices can be integrated and connections gathered into a case, access points for thermocouples being specially adapted for that purpose. Shells can be hinged for more convenient remo . . .