Installation of Hitachi SU7000 Scanning Electron Microscope at IMT Mines d’Alès – Centre des Matériaux des Mines d’Alès (C2MA).
IMT Mines Alès, renowned for its expertise in the fields of composite and hybrid polymers, as well as construction materials, has selected the Hitachi SU7000 Scanning Electron Microscope to enhance its research capabilities.
This strategic choice aims to provide exceptional imaging performance for nanostructure characterization.
The installation of the SU7000 was carried out by Milexia, a trusted partner for the integration of advanced technological solutions. Their expertise ensured a smooth and efficient setup, allowing IMT Mines Alès’ team to begin using the equipment immediately.
Requirement
The SU7000: Performance and Features
The SU7000 is a high-performance scanning electron microscope designed for imaging and analysing complex samples. Equipped with an extremely advanced electron column, it offers:
- Low Voltage Imaging: Ideal for observing fine structures without damaging samples, and for imaging non-conductive samples at extremely high magnifications.
- Partial Vacuum Mode: Allows imaging and analysis of insulating samples, reducing charge build-up artifacts.
- Versatile Analytical Capability: Compatible with a wide range of detectors for imaging and chemical analysis.
- Exceptional Resolution: Provides nanometer-level precision for advanced material characterization.
Solution
Applications at IMT Mines Alès
The IMT Mines Alès microscopy platform utilizes the SU7000 for advanced research projects. Here are two case studies demonstrating the capabilities of the SU7000:
Case Study 1: Observation of a Biodegradable PLA Polymer
- Context: PLA (Polylactic Acid) is a natural, biodegradable alternative to polyethylene, used in eco-friendly applications.
- Observation: At a very low voltage of 0.7 kV, the SU7000 enables observation of the fine structure of layers, revealing precise details essential for optimizing the mechanical and thermal properties of the material.
Case Study 2: Analysis of Basalt Fibers in a Polymer Matrix
- Context: Basalt fibers are integrated into a polymer matrix to enhance the strength and durability of composite materials.
- Observation: At a voltage of 0.7 kV, the SU7000 enables the analysis of both the matrix structure and the interface between the fibers and the matrix, providing critical insights for the development of high-performance composites.
Result and conclusion
Benefits for Research
The integration of the SU7000 at IMT Mines Alès has enabled:
- Strengthened nanometric scale analysis capabilities.
- Optimized material characterization processes for composites and hybrids.
- Supported innovative research projects focused on environmentally impactful materials.
For more information on the SU7000’s capabilities and its integration into advanced research projects, feel free to contact us at: sales-france@milexia.com
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