Platform-Type Multi-Station Hydrogen Decrepitation Furnace
Automated Hydrogen Processing: Specifically designed for the hydrogen decrepitation and dehydrogenation processes of magnetic materials, titanium alloys, and other advanced materials. A single feeding system can be shared among 2 to 6 main units.
Efficient Reaction Technology: Combines rotary processing with a tumbling reaction design to ensure thorough and uniform hydrogen absorption and dehydrogenation. Simultaneously supports heating with vacuum pumping and hydrogen absorption functions.
Automatic Argon Filling Protection upon Power Loss: Automatically injects argon to slow down the reaction when under hydrogen absorption vacuum.
Intelligent Control: Automatic loading/feeding system reduces manual intervention and supports remote monitoring.
Function Introduction
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Innovative rotating blade agitation design eliminates reaction dead zones; optimized vacuum system reduces energy consumption by over 20%.
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Automated feeding system minimizes manual intervention and prevents material mixing; scalable multi-unit connectivity tailored to production needs.
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Dynamic sealing technology combined with multi-level emergency protection ensures stable and reliable equipment operation.
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Compatible with various rare earth material forms, integrating both automated and customizable production capabilities.
Related patents
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A mainframe structure for a hydrogen decrepitation furnace -
A NdFeB hydrogen decrepitation furnace -
A dual-purpose reaction furnace for laboratory-scale hydrogen decrepitation and dysprosium permeation -
稀土合金粉氢化用氢破炉
Related applications
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Energy and Environmental Protection
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