Hesse Instruments Heating Microscope EM301
A high-precision heating microscope designed for the in-situ observation of materials under elevated temperatures. It provides detailed analysis of sintering, melting, softening, and other thermal transformation behaviors in ceramics, glasses, minerals, and cements.
Application / Use
- Determination of softening, sintering, deformation, hemispherical, and flow temperatures
- Real-time study of high-temperature reactions in ceramics, clinkers, and refractory materials
- Analysis of glass transition and melting behaviors
- R&D in cement, metallurgy, mineralogy, and advanced ceramics
Key Features / Specs
- Heating range up to 1600–1700 °C (depending on configuration)
- High-resolution optical system for continuous observation of sample geometry changes
- Automated image acquisition and software-based evaluation of characteristic temperatures
- Small sample requirements with reproducible heating rates
- Complies with DIN and ISO testing standards for heating microscopy
Material / Sample Type
Cement clinkers, ceramics, glasses, minerals, refractories, powders.