Platform-Type Hydrogen Decrepitation Machine

1、Automated Hydrogen Processing: Specifically designed for the hydrogen decrepitation and dehydrogenation processes of magnetic materials, titanium alloys, and other new materials.

2、High-efficiency Reaction Process: Rotary processing combined with a rolling reaction design ensures thorough and uniform hydrogen absorption and deabsorption, while simultaneously supporting heating, vacuum pumping, and hydrogen absorption functions.

3、Safety Sealing and Protection: Automatic argon filling upon power failure for protection; automatic argon filling under hydrogen absorption to slow down the reaction.

4、Intelligent Control: Automatic feeding/loading system reduces manual intervention and supports remote monitoring.

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Function Introduction

Process Upgrade: Rotation + Rolling dual-mode enhances reaction efficiency and uniformity, avoiding processing dead zones.
Dynamic Sealing Technology: Magnetic field-driven magnetic fluid sealing maintains vacuum and pressure stability in a hydrogen atmosphere.
Automation Integration: Full-process automated operation (feeding, production, protection); remote monitoring improves management efficiency.
Multi-level Safety Mechanisms: Power failure protection, vacuum emergency argon filling, ensuring equipment and process safety.

Technical Parameters

BQDHD-200FC
BQDHD-600FC
BQDHD-1800FC
BQDHD-2400FC

Model	BQDHD-200FC
Furnace Type	Externally Heated
Max. Loading Capacity per Cylinder	200kg
Basic Footprint	(L)4767mm(W)6855mm(H)5628mm
Ultimate Vacuum	1x10⁻¹Pa
Operating Temperature	≤600°C
Feeding Method	Automatic Feeding
Feeding Port Sealing Method	Automatic Locking
Discharging Method	Discharge under Oxygen-Free Inert Gas Protection
Loading Mechanism Control	System Automatic Control with Automatic Docking
Electrical Control Explosion-Proof Certification (Optional)	CE Certification

Model	BQDHD-600FC
Furnace Type	Externally Heated
Max. Loading Capacity per Cylinder	600kg
Basic Footprint	(L)4846mm(W)7545mm(H)5543mm
Ultimate Vacuum	1x10⁻¹Pa
Operating Temperature	≤600°C
Feeding Method	Automatic Feeding
Feeding Port Sealing Method	Automatic Locking
Discharging Method	Discharge under Oxygen-Free Inert Gas Protection
Loading Mechanism Control	System Automatic Control with Automatic Docking
Electrical Control Explosion-Proof Certification (Optional)	CE Certification

Model	BQDHD-1800FC
Furnace Type	Externally Heated
Max. Loading Capacity per Cylinder	1800kg
Basic Footprint	(L)4926mm(W)7545mm(H)5524mm
Ultimate Vacuum	1x10⁻¹Pa
Operating Temperature	≤600°C
Feeding Method	Automatic Feeding
Feeding Port Sealing Method	Automatic Locking
Discharging Method	Discharge under Oxygen-Free Inert Gas Protection
Loading Mechanism Control	System Automatic Control with Automatic Docking
Electrical Control Explosion-Proof Certification (Optional)	CE Certification

Model	BQDHD-2400FC
Furnace Type	Externally Heated
Max. Loading Capacity per Cylinder	2400kg
Basic Footprint	(L)4926mm(W)7545mm(H)5524mm
Ultimate Vacuum	1x10⁻¹Pa
Operating Temperature	≤600°C
Feeding Method	Automatic Feeding
Feeding Port Sealing Method	Automatic Locking
Discharging Method	Discharge under Oxygen-Free Inert Gas Protection
Loading Mechanism Control	System Automatic Control with Automatic Docking
Electrical Control Explosion-Proof Certification (Optional)	CE Certification

Relevant patents

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