HT1600 Furnace
Measure elastic properties at extreme temperatures up to 1600°C. Essential for refractories, advanced ceramics, and high-performance materials research.
1600°C
Max Temperature
RT to 1600°C
Range
IET
Method
MK7
Compatible
HT1600 Capabilities
Characterize materials at extreme temperatures for the most demanding applications.
1600°C Maximum
Test materials from room temperature up to 1600°C - essential for refractories and ultra-high-temperature materials.
Extreme Conditions
Understand material behavior at temperatures that match real-world operating environments in furnaces and kilns.
Continuous Monitoring
Track property changes throughout thermal cycles to identify phase transitions and degradation.
MK7 Integration
Seamless connection with MK7 electronics for data acquisition and advanced analysis.
Non-Contact Sensing
Acoustic measurement technology enables precise data without physical contact at extreme temperatures.
Research Grade
Designed for advanced materials research and development applications.
Technical Specifications
HT1600 furnace specifications
| Model | HT1600 |
| Temperature Range | Room temperature to 1600°C |
| Method | Impulse Excitation Technique (IET) |
| Measurements | Young's modulus, shear modulus, damping vs. temperature |
| Temperature Control | Programmable heating/cooling rates |
| Atmosphere | Air (inert atmosphere optional) |
| Electronics | MK7 compatible |
| Sample Geometry | Bars, discs per ASTM standards |
| Standards | ASTM E1876, ASTM C1259 |
Applications
For the most demanding high-temperature applications
Refractories
Furnace linings, crucibles, kiln furniture
Advanced Ceramics
Silicon carbide, silicon nitride, UHTC materials
Thermal Barriers
Aerospace coatings, turbine components
Research Materials
Novel high-temperature material development
Need Testing up to 1600°C?
Contact us to discuss your extreme temperature requirements and research applications.