Slide-Type Rapid Cooling Tube Furnace

Slide-Type Rapid Cooling Tube Furnace

This slide-type tube furnace utilizes high-purity quartz tubes as the reaction chamber, offering a temperature range of 0°C to 1200°C. Engineered for precision thermal processing under vacuum or controlled atmospheres, it excels in applications requiring rapid temperature changes. Its automated sliding mechanism enables efficient material handling, making it ideal for graphene growth, high-temperature sintering, atmospheric reduction, CVD experiments, and vacuum annealing in academic and industrial settings.

Key Features

• Maximum Temperature: 1200°C (FeCrAl heating wires)
• Automated Sliding System:
  • Motorized sliding rail (standard length: 1200mm)
  • Automated lateral movement for unattended rapid cooling/heating
  • Enables precise thermal shock experiments (≤20°C/min heating rate)
• Precision Control:
  • 50-segment programmable PID auto-tuning (±1°C accuracy)
  • Dual-zone temperature control capability
• Structural Design:
  • Double-walled air-cooled housing (surface temperature <50°C)
  • 304 stainless steel dual-seal flange system
  • Adjustable flange supports for extended tube lifespan
• Safety Systems:
  • Over-temperature protection with automatic power cutoff
  • Electrical leakage detection and instant shutdown
  • Emergency stop function
• Atmospheric Control:
  • Compatible with vacuum (-0.1 MPa base pressure) and inert gas environments
  • Optional molecular pump achieves 7×10⁻⁴ Pa ultimate vacuum
  • Multi-gas mixing system with mass flow control

Standard Configuration

• High-purity quartz furnace tube (1 pc)
• Motorized sliding rail assembly (1200mm)
• Vacuum-sealing flange set (1 set)
• Vacuum pressure gauge (1 pc)
• End plugs (2 pcs)
• Rotary vane vacuum pump (1 set)

Optional Upgrades

• Enhanced vacuum systems (diffusion pump, turbo molecular pump)
• Precision gas control (thermal mass flow controller, multi-channel gas mixer)
• Quick-release flanges and T-junction components
• 7-inch HD touchscreen interface
• Adjustable-speed electric slide rail system

Typical Applications

• Graphene/2D material synthesis
• Semiconductor device annealing
• Catalyst reduction studies
• Thermal shock testing of materials
• CVD coating processes
• High-temperature sintering under controlled atmospheres

Design Advantages

• Automated sliding mechanism for rapid thermal cycling
• Superior thermal uniformity (±2°C across working zone)
• Modular configuration for process flexibility
• CE-certified safety compliance
• User-friendly programmable interface with recipe storage

This slide-type furnace combines dynamic material handling with precise temperature control, offering researchers an efficient solution for experiments requiring rapid thermal transitions. Its automated sliding system significantly reduces processing time while maintaining exceptional thermal stability, making it ideal for advanced materials research and industrial production.