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Nanomaterials are an increasingly important product in nanotechnologies. They are characterised by their extremely small size. They offer potential for a range of industrial, biomedical, and electronic applications. Their physical and chemical properties differ from those of bulk materials. Several hundred products incorporating nanomaterials are in use. Examples include batteries, coatings, and antibacterial clothing.
Micro- and nanomaterials mark a new period in materials science and provide defined properties that support various sectors.
Size Matters: At the micro- and nanoscale, materials exhibit clearly measurable properties and behaviours. These characteristics enable progress in electronics, medical devices, energy systems and other fields.
Enhanced Surface Area: Micro- and nanomaterials show a high surface area to volume ratio. This characteristic makes them suitable for catalysis, sensor technology and drug delivery systems.
Customised Properties: By adjusting atomic and molecular structures, these materials can be customised for specific applications. This process yields performance parameters that meet defined technical requirements.
Electronics Miniaturisation: Micro- and nanomaterials support the miniaturisation of electronics. They enable the production of smaller and more energy-efficient devices such as microchips, sensors and displays.
Medical Applications: In medicine, these materials improve drug delivery, diagnostic testing and tissue engineering. Such applications facilitate the development of treatment methods tailored to patient needs.
Nanoparticles: Examine our range of engineered nanoparticles. They are applicable in areas from catalysis to biomedical imaging and provide properties that meet established scientific criteria.
Nanostructured Films: Review thin films with nanoscale features that are suited for optical systems, coatings and electronic devices. Precise control is required given that performance improvements depend on specific film properties.
Nanotubes and Nanowires: These structures with dimensions in the nanometre range are used in electronics, photonics and energy storage applications. They offer high conductivity and energy efficiency.
Nanocomposites: The combination of different materials at the nanoscale allows the production of composites with properties that differ from those of the separate components. This design meets criteria for applications requiring low weight, high strength and multifunctionality.
Expert Knowledge: Our team possesses detailed knowledge of micro- and nanomaterials and can advise you on selecting the appropriate material for your specific project.
Quality Assurance: We adhere to strict quality control standards to ensure that our micro- and nanomaterials meet the prescribed performance and reliability criteria.
Research Partnership: We do not act solely as suppliers but also as collaborators. We offer technical guidance and customised solutions to support your projects.
Global Reach: Our efficient global supply chain ensures prompt delivery. This practice supports continued productivity in a fast-paced technological environment.
Sustainability: We maintain responsible sourcing and sustainable practices, thereby reducing environmental impact.
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