Cladding
Weld Cladding as
Material and Surface Protection
For components in
› Waste-to-energy plants
› Biomass plants
› Coal and gas boilers
› Circulating-bed boilers
› Chemical plants
Ni-based anti-corrosion weld cladding:
› Alloy 622
› Alloy 625
› Alloy 59
› Alloy 686
Weld Cladding to Prevent Erosion
› Use of welding consumables with high chromium and germanium content and materials of the same type
Einzelrohr-Cladding
› Umfangscladding / Spiralcladding von Sammlern & Einzelrohren (z.B. für Überhitzerpakete)
› Claddinglängen: max. 14 Meter pro Rohr
› Schichtdicken: 1mm bis ≥2mm
› Schweißverfahren: E-Puls oder CMT- Verfahren (Cold-Metal-Transfer)
Membranwand-Cladding
› Cladding auf einbaufertigen Membranwandpaneelen
› Schichtdicken: >1mm bis ≥2mm
› Claddinglängen: max. 9 m pro Paneel
› Schweißverfahren: Zweilagen CMT- Technik mit 50% Überlappung
Construction Site Cladding
› Maintaining the availability and cost-effectiveness of the facilities
› On-site weld overlay for areas particularly vulnerable to erosion and corrosion
› Primary cladding as a preventive measure
› Repair & Re-Cladding
› Cladding with automated welding machines / manual cladding (all welding positions possible)
› Willingness to work multiple shifts, including weekends
