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

Description

High-Performance Dilatometer – 1400 °C Thermal Tester

The AZA-1269 High-Performance Dilatometer from azalab is designed for accurate measurement of the linear thermal expansion coefficient of solid materials such as ceramics, refractories, polymers, and sintered compounds at temperatures up to 1400 °C.

Built with a robust silicon carbide furnace (I Squared R, USA) and a high-sensitivity LVDT sensor, the system enables sub-micron precision during expansion measurements. The structure is optimized with guided furnace rails to ensure smooth sample access, and the device is integrated with LabVIEW control software for flexible automation and data logging.aza

Used widely in research institutes, materials labs, and industrial quality control, AZA-1269 offers high-temperature stability, precise thermal tracking, and consistent repeatability.

Applications

• Linear expansion analysis of ceramics, refractories, and composites

• High-temperature material qualification in R&D and manufacturing

• QA testing for thermal insulators, electrodes, and sintered parts

• Educational and research use in material science and engineering labs

Specifications

What’s Included

• 1× AZA-1269 Dilatometer Unit

• 1× LabVIEW-compatible Software & USB Cable

• 1× Sample Holder Kit

• 1× Power Cable

• 1× Calibration Certificate & Compliance Docs

• Optional: Extended Temperature Ranges / Vacuum Compatibility

Key Advantages

• High-Temperature Capability – Up to 1400 °C for elevated material analysis

• High Accuracy – Expansion measured at 1 μm resolution

• Intuitive Interface – Easy-to-use LabVIEW-based software included

• Precision Furnace Movement – Guided rails ensure aligned travel

• Built-in Safety – Industrial-grade control system for long-term, reliable use

Frequently Asked Questions (FAQ)

Q1: Can the device reach 1400 °C safely for extended periods?
Yes. The AZA-1269 is designed for continuous operation at 1400 °C with safety controls.

Q2: How precise is the measurement system?
It provides 1 μm resolution via a sensitive LVDT sensor, ideal for precision materials.

Q3: What materials can it test?
Ceramics, sintered bodies, polymers, metals, and advanced composites.

Q4: Is the software user-friendly?
Yes. The system is bundled with a LabVIEW interface for graphing, data logging, and control.

Q5: Is it compliant with global standards?
Yes. It complies with ASTM E228 and ISO 11359 standards.