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High-capacity reverberatory unit engineered for minimal oxidation loss and high thermal efficiency in secondary aluminium recycling.
Specialized hydraulic tilting unit with oxy-fuel combustion, engineered to extract maximum metal from aluminium dross and swarf.
Ideal for precision die casting, alloy mixing, and clean melt delivery with dual digital PID microprocessor controls.
High thermal containment stationary pit furnace for sand casting and small-to-medium foundries requiring quick alloy turnaround.
Complete fume extraction assembly including cyclone spark arrestor, pulse-jet filter modules, ID fan, and emission sampling stack.
Reduces open-door thermal radiation loss, speeds up batch charging, and safeguards foundry personnel from intense heat.
Heavy-duty rotary kiln designed to melt lead plates, paste, and dross with full environmental fume capture and refining kettles.
Continuous thermal smelting unit engineered for copper, zinc, lead, and dross recovery with automatic burner management.
Bogie hearth and chamber furnaces for stress relieving, normalising, annealing, and hardening with automated cycle logs.
Comprehensive plant installation featuring multi-furnace bays, centralized fume hoods, casting tracks, and cooling water recirculators.
Automated casting tracks with precision volumetric pouring, mold pre-heaters, water cooling, and automated robotic stacking options.
Digital SCADA-compatible control cabinets offering precise gas-air ratio modulation, temperature alarms, and historical melt logging.
From heavy foundry clusters across Gujarat and India to multinational recycling plants in the Middle East, Africa, Southeast Asia, and Europe.
Turnkey secondary aluminium dross recycling facilities and Tilting Rotary Furnaces operating under extreme ambient conditions with zero unprogrammed downtime.
Complete battery breaking and lead rotary smelting lines, including pulse-jet baghouses and automated ingot casting conveyors.
Over 350 installations across high-throughput industrial foundries, billet casting facilities, and extrusion scrap remelt shops.
Our engineering design office can calculate your thermal profile, optimal furnace volume, burner sizing, and baghouse air requirements.