GLAND STEAM CONDENSER END COVERS 

Yes. Deteriorated gland steam condenser end covers can often be refurbished where the remaining substrate is suitable for repair. In this Western Australian mining application, pitting and metal loss were rebuilt using Belzona 1511 before the surfaces were protected with Belzona 1381, allowing the existing components to be returned to service rather than replaced.

Following appropriate surface preparation, pitted and deteriorated metal can be rebuilt using a suitable metal repair composite. For this gland steam condenser refurbishment, Belzona 1511 (Super HT-Metal) was used to fill pitting, rebuild areas of metal loss and restore a smooth, uniform surface before the protective coating was applied.

This repair used a two-stage Belzona system comprising Belzona 1511 (Super HT-Metal) and Belzona 1381. Belzona 1511 was used to rebuild the deteriorated metal surfaces, while Belzona 1381 was applied over the restored areas to provide a continuous protective barrier against further erosion and corrosion.

Belzona 1381 is a high-temperature epoxy coating designed to provide erosion and corrosion protection for industrial equipment. In this application, it was applied over the surfaces rebuilt with Belzona 1511 to create a durable protective barrier and help reduce further deterioration of the gland steam condenser end covers during service.

Yes, depending on the condition of the components, repair scope and available shutdown window. In this Western Australian mining project, the gland steam condenser end covers were removed during a planned shutdown, urgently refurbished using Belzona 1511 and Belzona 1381, and returned to service within the required shutdown period, helping avoid the additional cost and downtime associated with replacement.