News
AdTech’s custom molten aluminum transfer launder system represents the most advanced solution for safe, efficient, and contamination-free liquid aluminum transportation in modern aluminum smelting...
The AdTech Deep Bed Filter delivers continuous molten aluminum filtration at temperatures up to 800°C without interrupting the casting line — a capability that separates it from conventional ceramic foam...
Alumina ceramic balls are used across more than a dozen distinct industrial applications — including catalyst bed support, grinding media, tower packing, heat storage, water filtration, and semiconductor...
Inert alumina ceramic balls sourced directly from a qualified factory at wholesale pricing deliver the optimal balance of thermal stability, chemical resistance, and mechanical strength that industrial...
Aluminum flux is a chemical compound — typically a blend of chloride and fluoride salts — applied to molten aluminum during melting, holding, and casting operations to prevent oxidation, remove dissolved...
Aluminum recovery chemicals for foundry operations in 2026 must meet significantly tighter metallurgical performance standards than previous generations of flux and refining agents — the benchmark has...
Covering and refining flux for aluminum holding furnaces plays a decisive role in metal quality, operational efficiency, and yield optimization — without proper flux management, aluminum melts suffer from...
Ceramic foam filters for aluminium are the most effective and widely adopted filtration technology for removing non-metallic inclusions from molten aluminium, consistently delivering cleaner metal with...
At AdTech, we have worked alongside foundries and aluminium casting operations for years, and the single most consistent factor separating good castings from rejected ones is hydrogen content. The aluminium...
The best drossing flux for reducing metal loss in aluminum foundries is a chloride-fluoride salt blend specifically formulated to lower dross surface tension, separate entrapped liquid aluminum from oxide...