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Lab & pilot scale Rotary Kiln 1500°C_Alumina Tube Dia 100mm_ 3 zone

SH-FU-100RKH900

Continuous thermal processing - ideal for Biomass, Ceramics, Cement, advanced materials, battery materials and pyrolysis applications

  • 1500°C Rotary Kiln three heating zones with STS tube
  • Rotary Kiln body tilting
  • SiC heating element
  • Individual control system
  • Feeding vessel and hammer type vibrator
  • heating jacket
  • View port
  • Receiving vessel
  • Receiving vessel with cooling system
  • Inert gas inlet
Key Features
  • Rotary Kiln with hinged door. Lab scale
  • Max temperature 1500°C. Recommended ideal running temperature is 1350°C or below.
  • Alumina Tube 100mm (4″) tube diameter
  • 3 x 300mm (12″) hot zone, total 900mm (36″) hot zone
  • Monitoring view port (quartz window)
  • 1/4″ inert gas in/out port & KF25 outgassing port
  • Easy to assemble, easy to replace tube
  • Optional hammer vibrator for high viscosity organic material such as food waste and animal excretions
  • Optional heating jackets preventing tar condensation
  • Double housing and low surface temperature (29~30°C at 800°C)
  • Great durability thanks to Silicon Carbide (SiC) heating element
  • Suitable for gas exchange experiment
  • Light weight and prompt heat up thanks to ceramic insulation
  • Convenient design for sample loading
  • Built in programmable controller. 2 patterns and 15 segment/pattern. Total 30 segments
  • Built in over temp protector
  • SSR operation and built in programmable controller provides low noise operation and precise temp control (+/-1°C)

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  • SH Scientific’s high temperature Rotary Kiln is purpose-built for laboratory and pilot-scale process a wide range of advanced material research fileds;

    • Low-Carbon Cement Processing & Calcined Clay Production   
      • Sintering of limestone
      • Heat treatment of cementitious materials
      • High-quality calcined clay production
    • Biochar and Biomass Conversion
    • Battery Waste Recycling & High-Purity Battery Material Synthesis
    • Hydrogen Fuel Cell Component Manufacturing
    • High-Temperature Processing of Silicon-Carbon Composites
    • Oxidation, Reduction, and Carbonization Experiments

    Key Features
    Designed with precision and reliability in mind, SH Scientific’s Rotary Kiln sures uniform heating and continuous operation for critical experimental workflows.
    • Precision Heat Treatment
      • Fine-tuned control over tube rotation speed, tilt angle, and feed rate
      • Stable performance in both oxidizing and reducing atmospheres
    • Versatile Operation Modes
      • Supports both continuous and batch processing based on user requirements
    • Efficient Feed and Discharge System
      • Seamless material flow from the feeding vessel to the receiving vessel
    • Tar Condensation Prevention
      • Heating jackets at both tube ends prevent tar buildup during pyrolysis
    • Anti-Clogging Support for Viscous Materials
      • Optional feeding hammer ensures consistent material feeding

    Technical Specifications Overview
    • Maximum Temperature: 1500°C (recommended operating range ≤ 1350°C)
    • Tube Dimensions: 100mm / 120mm OD alumina tubes (larger industrial options up to 800mm available)
    • Heating Zones: 2-zone (600mm) or 3-zone (900mm) configurations
    • Gas Flow Compatibility: Co-current and counter-current flow experiments supported
    • Controller: Programmable with up to 30 user-defined segments
    • Heaters: High-efficiency SiC heating elements for durability and precision
    • Safety & Maintenance: Low temperature on external surface (29–30°C at 800°C), over-temperature protection, and user-friendly tube replacement

    Standard Models

    • 2 heating zones with Alumina tube: Max 1500°C with 100mm diamter Alumina tube (SH-FU-100RKH600) & 120mm diameter Alumina tube (SH-FU-120RKH600) 
    • 3 heating zones with Alumina tube: Max 1500°C with 100mm diamter Alumina tube (SH-FU-100RKH900) & 120mm diameter Alumina tube (SH-FU-120RKH900)

    Why SH Scientific?

    Renowned for its performance in cement research and calcined clay production, SH Scientific’s lab-scale rotary kiln combines advanced thermal control with robust design flexibility.
    Each unit is rigorously tested for rotational stability, temperature uniformity, and vacuum integrity to meet the demands of high-end laboratories and research facilities.
    From standard models to fully customized systems, SH Scientific delivers cutting-edge thermal processing solutions to empower your research and innovation.
  • Model SH-FU-100RKH900
    Max Temp 1500℃ (2732℉)
    Temp Controller Programmable Controller(SP590)
    Sensor R type
    Hot Zone 300mm(12in) x 3 Zone, total 900mm (36in)
    Applicable Tube Diameter & length High purity Alumina(Al2O3) tube 100 Φ x 1800 mm

     

    Dimension (W x D x H) 2660 x 630 x 1400mm
    104.72 x 24.80 x 55.11″
    Heater Capa 28kW         
    Heating Jacking (option) Max 400℃
    Feeding Vessel 2L(Stainless Steel)
    Receiving Vessel 2L(Stainless Steel)
    Tube Rotation Speed 0 ~ 14 RPM
    Feeder speed 0 ~ 8 RPM
    Tube Angle 0 ~ 8˚
    Heater Element Silicon Carbide (SiC)
    Insulation Ceramic Board & Wool
    Gas port ¼” tube lock valve
    Gas Exhaust port KF25 with ball valve
    Electrical Requirements 380V, 50/60Hz, 3p, 43A
  • SH Scientific is an Advanced Laboratory Equipment Manufacturer

    If you have any questionsAsk me anything.

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