Coal ash fusibility furnace for laboratory testing
Ensure precise ash fusion temperature analysis for coal, biomass, and solid recovered fuels with this advanced furnace designed to capture high-resolution digital imagery and automate temperature control, enhancing reliability in laboratory testing.
Tests Ash Fusibility for Coal and Biomass
The CAF G5 from Carbolite Gero is an automated ash fusibility test furnace engineered to address critical testing needs for coal, biomass, and solid recovered fuels (SRF) in research and industrial laboratories. Its innovative design automates the recording and analysis of ash fusibility, enhancing laboratory efficiency while ensuring reliability. Operating at temperatures up to 1600°C, the furnace allows simultaneous testing of multiple samples with customizable intervals for digital image capture, ensuring accurate assessments. Its integration-friendly design includes flow meters and gas inlets for oxidizing and reducing gases, supporting standards compliance such as ISO 540:2008 and ASTM D 1857. The lightweight insulation facilitates rapid cooling, enabling multiple tests in one day. An optional integrated lighting system enhances testing capabilities for low deformation temperature materials, ensuring precise analysis for various industries such as mining, energy, and material science.
Benefits
- Enhances laboratory productivity by automating ash fusibility testing and analysis.
- Ensures precise results with customizable digital image capture intervals.
- Supports standards compliance across multiple fuel types, ensuring versatility in testing applications.
- Optimizes operational efficiency with rapid cooling for multiple daily tests.
- Facilitates safe and efficient gas handling for diverse testing environments.
- Applications
- Biomass,Solid recovered fuels (srf),Ash 전문,Coal
- End products
- Solid recovered fuel pellets,Biomass pellets,Bottom ash,Fly ash,Coal ash
- Steps before
- Sample Preparation,Gas Selection,Sample Loading
- Steps after
- Image Analysis,Data Recording,Results Review
- Input ingredients
- coal,biomass,solid recovered fuels (SRF)
- Output ingredients
- ash fusibility test results,recorded digital images
- Market info
- Carbolite Gero is renowned for designing and manufacturing high-temperature laboratory and industrial furnaces and ovens, offering expertise in heat treatment solutions, with a reputation for quality, reliability, and precise thermal processing across various industries.
- Maximum Temperature
- 1600 °C
- Number of Samples
- More than 6
- Inner Diameter of Work Tube
- 79 mm
- Image Recording Frequency
- 1 °C to 20 °C increments
- Gas Flow Meters
- Oxidising,Reducing
- Automatic Image Capture
- Yes
- Software Control
- Automatic and Manual Modes
- Temperature Control
- Multi PID
- Integrated Lighting System
- Optional
- Computer System
- Embedded with Windows IoT Enterprise
- Gas Inlets
- Reducing,Oxidising,and Purge
- Maximum Temperature
- 1600 °C
- Automation Level
- Fully Automatic / Manual
- Image Capture Frequency
- 1 °C to 20 °C increments
- Temperature Programming
- Automatic with multiple PID control
- Gas Flow Control
- Oxidising,reducing,and purge gases
- Work Tube Inner Diameter
- 79 mm
- Cooling Features
- Quick Cooling for Multiple Tests
- Digital Image Recording
- Automatic and Continuous
- Gas Selection
- Oxidising or Reducing
- Work Tube Lighting
- Optional Integrated Lighting
- Embedded PC,Software
- Windows IoT Enterprise
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Work tube diameter
- 79 mm
- Maximum temperature
- 1600 °C
- Control panel type
- Embedded computer
- Insulation type
- Lightweight
- Digital image capture
- Automated
- Lighting system
- Optional work tube integrated
- Control panel type
- Embedded computer with Windows IoT Enterprise software
- Integration possibilities
- External link to embedded PC,software
- Lighting system
- Optional work tube integrated lighting system