High-precision Thermal Expansion Measurement for Ceramics & Solids(AZA – 1269 A)

This high-performance Dilatometer is designed for the precise measurement of the coefficient of linear thermal expansion of ceramics, refractory materials, and related solid specimens at elevated temperatures up to 1400 °C. The system integrates a rugged furnace, accurate temperature control, and a sensitive LVDT-based expansion measuring system. Ideal for research, industrial QC, and materials development.

Feature Specification
Heating Element High-quality Silicon Carbide element (I Squared R, USA)
Operation Power 15 Amps / 230 V / AC
Maximum Temperature 1400 °C
Continuous Operating Temp.          1400 °C
Description

Description

KEY ADVANTAGES

  •  Temperature up to 1400 °C

  •  Highly accurate 1 µm resolution

  •  Easy-to-use LabVIEW interface

  •  Smooth furnace movement with guided rails

  •  Industrial-grade safety and control systems

 

EXPANSION MEASUREMENT SYSTEM
Feature Specification
Measurement Method LVDT-based (German Make – MASSETRON)
Measuring Accuracy 1 Micron
Readout Digital + Computerized Interface
Software Platform LabVIEW-based custom software for full automation
Computer & Output Includes latest PC with inkjet printer
Measuring Range 0 to 2000 Microns
Specimen Size 10 × 10 × 45 mm ±2 mm
Probe & Tube Recrystallized alumina for high-temperature compatibility
Calibration Certificates a) LVDT Calibration
CONTROL SYSTEM
Feature Specification
Temperature Controller TAIE make PID programmable digital controller
Thermocouple B-type, for high-temperature accuracy
Temperature Accuracy ±1 °C
Safety Control Non-indicating controller with air break magnetic contactor
Thyristor System Phase angle controlled, with isolation transformer
Indicators - Digital Ammeter

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