Fire assay equipment and consumables
Furnaces and automation equipment for fire assay
Safety equipment for fire assay operations
High temperature spare parts for furnaces
Consumables for fire assay
Dedicated high-temperature furnace engineered for controlled cupellation of lead buttons in precious metal fire assay laboratories.
Mechanical mixing system for producing homogeneous fire assay flux blends in mining laboratories.
High-temperature fusion furnace designed for melting assay samples with fluxes in mining laboratories.
High-temperature muffle furnace suitable for fire assay and general laboratory heat treatment applications.
Automated system for simultaneous loading and controlled pouring of multiple fire assay samples.
Aluminized protective coat designed to shield operators from radiant heat and molten metal splash during fire assay operations.
High-temperature ceramic anchors for securing refractory linings and insulation in fire assay furnaces.
Heat-resistant refractory floor tiles designed for furnace zones and fire assay laboratories.
Lightweight high-temperature ceramic fiber insulation for lining and thermal sealing in fire assay furnaces.
Refractory muffle chamber designed for controlled high-temperature cupellation and assay furnace applications.
Protective stainless steel sheaths for thermocouples used in high-temperature fire assay furnaces.
Heat-resistant vent and duct components for safe extraction of fumes in fire assay environments.
High-temperature refractory crucibles engineered for consistent fire assay fusion in mining laboratories.
Porous magnesia-based cupels engineered for efficient absorption of lead oxide during cupellation.
Heat-resistant moulds designed for casting molten lead buttons and dore beads in fire assay laboratories.
