Sylab Ash Fusion Analyser


The Sylab Ash Fusion Analyser is a fully automatic instrument that determines four critical ash fusion temperatures using advanced image analysis. It processes up to six samples per batch and provides precise monitoring, computing, and result storage.

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The Sylab Ash Fusion Analyser automatically determines four critical temperatures: Initial Deformation Temperature, Softening Temperature, Hemispherical Temperature and Fluid Temperature.  It is a fully automatic instrument for determining the ash fusion points by means of image analysis. Sylab’s Ash Fusion Analyser uses modern technology for monitoring, computing, storing results and curves obtained during the test. Up to 6 samples can be analysed in each batch.

Features of Sylab Ash Fusion Analyser

  • Precisely controlled high temperature horizontal resistance furnace
  • Programmable furnace temperature ranges
  • Maximum furnace temperature of 1600 Deg C for IF2000G-HDC and 1800 Deg C for IF2000G-HDBM
  • Furnace is capable to work at both oxidizing and reducing atmospheres
  • Programmable ramp rates from 1deg C per minute to 12 deg C per minute
  • Temperature Resolution 1 deg C
  • Accepts six samples
  • Work tube with integrated light for samples having low initial deformation temperatures

Technical Specifications

Ash Fusibility Determination Automatic
Fusion Points IT (Initial deformation Temperature),
ST (Softening Temperature),
HT (Hemisphere Temperature) &
FT (Fluid/Flow Temperature)
Maximum Samples per Analysis Up to 6 samples can be analysed in each batch.
Test Method IF2000G-HDC complies with ISO 540, ASTM D 1857, CEN/TS 15370-1, CEN/TR 15404

IF2000G-HDBM complies with ISO 540, ASTM D 1857, CEN/TS 15370-1, CEN/TS 15404, BS EN 14775, DIN 51730,ISO 21404

Analysis Time 3 runs per working day
Capable to Analyse Cube, Cylinder, Truncated cone and Pyramids
Analysis atmosphere Oxidizing Atmosphere/Reducing atmosphere
Sample shape identification Automatic, Pyramid, Truncated cone, Pyramid and Cylinder
Temperature range up to 1600 deg C

Maximum furnace temperature: 1750 deg C

Temperature Ramp Rate programmable 1 deg C to 12 deg C per minute
Heating elements Silicon carbide

Lanthanum Chromite

Operating Condition 15 deg C to 35 deg C

15 deg C to 30 deg C

Relative Humidity 20% to 80%, non-condensing
Safety Integrated CO monitor with auditory alarm, gas flow stops on alarm

 

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