Model | 1200H |
Batch Feeding Capacity | 1200 kg |
Slide Valve Vacuum Pump | 2H-70B |
Roots Pump | ZJP-600 |
Heating Unit | 110 kW external half-furnace with three-zone temperature control |
Variable Frequency Rotating Drive | Reducer 7.5 kW, rotation speed 0–15 rpm |
Dehydrogenation Temperature | 550–600℃ |
Ultimate Vacuum | 0.1 Pa |
Pressure Rise Rate | 1.5 Pa/h |
Maximum Working Pressure | 0.096 MPa |
Cooling Device | Hydraulic platform supporting auto-lifting cooling water tank |
Feeding Devices (Optional) | ① Vibratory type ② Screw type ③ Vibratory sealing type |
Discharging Device | Magnetofluidic sealing with customizable discharge height |
Reaction Vessel | Effective Volume ≈ φ900×2000 mm |
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 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 Weight (kg) | Discharging Weight (kg) | Difference (kg) |
First | 200.00 | 199.95 | -0.05 |
Second | 199.95 | 199.95 | |
Third | 199.95 | 199.95 | |
Fourth | 199.95 | 199.95 | |
Fifth | 199.95 | 199.95 | |
Sixth | 199.95 | 199.95 | |
Seventh | 199.95 | 199.94 | -0.01 |
Eighth | 199.94 | 199.94 | |
After tapping the reactor | 0.05 | +0.05 |
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.
XZHD-1200H Rotary Hydrogen Crushing Furnace – Technical Overview and Buyer’s Guide
The XZHD-1200H Rotary Hydrogen Crushing Furnace is a high-performance thermal processing system engineered for industries that demand high-purity, uniform, and reliable powder treatment. Designed with a rotary chamber structure and operated in a hydrogen-protected atmosphere, it combines crushing, thermal treatment, and reduction processes in one integrated system.
This model, with a maximum operating temperature of 1200 °C, is particularly suitable for powder metallurgy, rare earth materials, aerospace alloys, medical powders, and battery materials. Its advanced automation, robust safety design, and long service life make it a preferred solution for industrial-scale production and laboratory research institutions.
The XZHD-1200H Rotary Hydrogen Crushing Furnace incorporates multiple innovative features that differentiate it from conventional powder processing equipment.
Hydrogen Atmosphere Protection
Prevents oxidation and ensures high-purity powder output.
Provides an effective reduction environment for metals and alloys.
Rotary Chamber Design
Promotes uniform powder crushing and prevents clumping.
Enhances efficiency by continuously mixing and exposing powders to hydrogen flow.
Advanced Thermal Control
Maximum temperature of 1200 °C, controlled with ±1 °C precision.
Ensures consistent heat distribution across the chamber.
Automation and Monitoring
Equipped with PLC + HMI touchscreen interface.
Real-time data logging for temperature, hydrogen flow, and chamber pressure.
Safety Engineering
Built-in hydrogen leak detectors.
Over-temperature alarms and emergency stop system.
Multi-level interlocks for operator safety.
Energy Efficiency
Optimized insulation reduces heat loss.
Water-cooled system ensures long-term stability.
Parameter | Specification | Notes |
---|---|---|
Model | XZHD-1200H Rotary Hydrogen Crushing Furnace | Industrial hydrogen powder treatment system |
Maximum Temperature | 1200 °C | Suitable for powder metallurgy and rare earths |
Atmosphere | Hydrogen / Inert Gas (Ar, N₂) | High-purity reduction and protection |
Heating Method | Resistance / Induction | Ensures stable and uniform heating |
Rotary Speed | Adjustable (1–15 rpm) | Configurable for different powder types |
Chamber Design | Rotary protective lining chamber | Enhances durability and prevents contamination |
Control System | PLC + HMI touchscreen | Full automation with alarm systems |
Cooling System | Closed-loop water cooling | Stable thermal management |
Safety Features | Hydrogen leak detection, over-temp alarm, emergency stop | Multi-layer safety design |
The XZHD-1200H is delivered with a robust warranty to protect customer investments.
Duration: 12–18 months after installation, or 24 months after shipment, whichever comes first.
Coverage:
Structural components (chamber, frame, cooling system).
Electrical and automation systems (PLC, sensors, and controls).
Safety systems (hydrogen detectors, emergency interlocks).
Wearable parts such as seals, crucibles, refractory linings, and gaskets.
Damage caused by improper use, unauthorized modification, or poor maintenance.
Failures due to unstable hydrogen supply or cooling system neglect.
Annual inspection and calibration service.
Remote technical support packages.
Priority spare parts inventory for critical industries.
To ensure safe and efficient operation, users must strictly follow the recommended precautions.
Verify hydrogen purity (≥ 99.999%) before use.
Inspect chamber seals, gas pipelines, and leak detectors.
Confirm cooling water system is fully functional.
Do not exceed recommended hydrogen pressure or furnace temperature.
Maintain rotary speed within specified ranges to prevent powder buildup.
Continuously monitor PLC system alarms and hydrogen detectors.
Always purge the chamber with inert gas (N₂ or Ar) before opening.
Allow sufficient cooling time before material discharge.
Record operational data for quality traceability.
Only trained operators should run the furnace.
Keep hydrogen emergency shut-off valves accessible.
Install hydrogen-safe fire extinguishers in the facility.
Maintain ventilation in the furnace operation area.
The XZHD-1200H is backed by comprehensive after-sales service to ensure long-term performance.
Remote Support: 24/7 online technical guidance via email, phone, or video.
On-Site Assistance: Installation, commissioning, and training available worldwide.
Software Updates: Regular PLC/HMI system upgrades for performance optimization.
Dedicated warehouse for fast delivery of spare parts.
Critical consumables and safety components always available.
Custom spare part kits for continuous production clients.
Preventive maintenance schedules tailored to customer usage.
Periodic calibration of hydrogen leak detectors and thermal sensors.
Replacement of wear-prone components to avoid downtime.
Operator training on safety procedures and troubleshooting.
Maintenance training for technical staff.
Customized application support for specific industries.
Q1: What is the maximum operating temperature of the XZHD-1200H Rotary Hydrogen Crushing Furnace?
A1: The maximum temperature is 1200 °C, suitable for powder metallurgy, rare earth processing, and battery materials.
Q2: Why use hydrogen in the crushing furnace?
A2: Hydrogen prevents oxidation, enhances reduction processes, and ensures high-purity powders.
Q3: What warranty is provided?
A3: Standard warranty is 12–18 months post-installation, covering structural, electrical, and safety systems.
Q4: What precautions should operators follow?
A4: Check hydrogen purity, ensure cooling systems are functional, monitor alarms, and purge with inert gas before opening the chamber.
Q5: What after-sales support is available?
A5: Remote technical guidance, on-site training, spare parts supply, and preventive maintenance packages.
The XZHD-1200H Rotary Hydrogen Crushing Furnace is a reliable, efficient, and safe solution for industries requiring hydrogen atmosphere powder treatment. Its rotary chamber design, hydrogen protection, automation system, and robust safety measures ensure superior performance and consistent powder quality.
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