Accepts: Shredded aluminum beverage cans, aluminum bottles, clean food tin scrap.
Prohibited: Heavy ferrous contamination (>5%), explosive aerosol cans, wet organic waste.
Designed to exceed industrial safety, energy recuperation, and metallurgical purity requirements.
Recovers combustible energy from vaporized paints, cutting external fuel consumption by 60%.
Guarantees clean, shiny metallic aluminum output with zero carbon soot contamination.
Prevents baghouse filter blinding by eliminating volatile oily vapors upstream.
Continuous rotary design with dynamic internal lifters ensures uniform heat transfer.
Equipped with emergency water deluge and automated oxygen monitoring for maximum safety.
| Parameter Item / Specification | Engineering Standard / Technical Value |
|---|---|
| Target Feedstock | Shredded Used Beverage Cans (UBC), baled or loose aluminum tins |
| Processing Capacity | 2.0 - 8.0 Metric Tons / Hour |
| Kiln Type | Indirectly/Directly heated continuous rotary kiln with internal flights |
| Decoating Temperature | 480 - 530°C controlled low-oxygen environment (O₂ < 6%) |
| Residual Carbon Content | < 0.05% on decoated aluminum surface |
| Metal Melting Recovery Increase | Reduces furnace melt loss from ~18% down to < 1.0% |
| Afterburner Combustion Temp | ≥ 850°C (residence time > 2.0 seconds) |
| Thermal Energy Source | Natural gas / LPG / Purified pyrogas self-circulation |
| System Footprint | Approx. 800 - 1,800 m² |
From raw material pilot trials at our Zhengzhou testing base to ocean shipping, civil foundation guidance, on-site mechanical erection, and environmental acceptance.
Send sample feedstock for pilot test runs and ICP elemental analysis.
Complete plant layout, loading docks, power distribution, and foundation design.
Continuous running tests, pressure testing, and dynamic balancing before shipment.
Senior engineers dispatched for mechanical assembly, DCS tuning, and operator training.
Centrifugal de-oilin...
Oxygen-free thermal ...
Turnkey crystalline ...