Technical Specifications

Applications and Features

High automation level, fully horizontal operation, no tilting required—enhancing reliability and operability.
Independent filters and electric furnace mounted on rail platforms provide spacious operation and easy cleaning.
Strictly sealed discharging prevents oxidation.
Reduced volume ratio and independent three-zone temperature control increase power factor.
Accelerated cooling reduces thermal radiation, improves work environment, ensures high, uniform, and safe productivity.
Suitable for NdFeB (titanium alloy) hydrogen decrepitation and dehydrogenation processes.

The reactor uses a welded internal spiral structure for feeding and discharging via forward and reverse rotation of the vessel. The spiral conveying method ensures no residue and more uniform hydrogen absorption and dehydrogenation.

Effective Volume and Cross-sectional Area

Effective Volume of Reaction Vessel: Φ900 mm × 2000 mm = 1.27 m³

Cross-Sectional Area of Reaction Vessel: 900 mm × 2000 mm = 1.8 m²

Batch Feeding and Discharging Data

Conclusion

After 8 rounds of feeding and discharging, a total loss of 0.01 kg is observed, determined to be caused by dust dispersion during open feeding/discharging and powder adhesion to the inner wall of the reactor.