Nano titanium powder NMD Metalpowders’ product is metallic titanium (Ti) with particles in the nanometre range. It is one of the Nano-metal powders and is of interest for materials development and specialised industrial processes in which particle size, surface properties and chemical composition are crucial.
Due to its small particle size, nano-titanium powder has a large surface area in relation to its volume. This affects its reactivity and behaviour during processing. This opens up possibilities for the development of new composite materials and powder-based material systems.
Properties and advantages
- Large specific surface area: The nanoscale particles provide a large surface area for interactions with their surroundings and other material components.
- High surface reactivity: Titanium reacts with oxygen; the resulting oxide layer affects the material’s other properties and its machinability.
- Potential for composite materials: Titanium nanoparticles are being investigated with a view to specifically modifying the properties of metallic and polymeric material systems.
- Fine distribution within the material system: Proper dispersion is important for minimising particle agglomeration and achieving consistent processing results.
The mechanical properties of the finished material are determined by its composition, particle distribution and processing. Any improvement in strength or durability must therefore be assessed on a case-by-case basis for the material in question.
Areas of application
Materials development and composite materials
Nano-titanium powder is being investigated in research as an additive for composite materials, for example in metallic material blends and additively manufactured polymer composites. The aim is to specifically influence properties such as hardness or strength. Key factors here are the particle content, suitable incorporation into the matrix and the interactions between the components.
Powder metallurgy and sintering processes
In powder metallurgy research, titanium nanoparticles are used to investigate the behaviour of powder mixtures during compaction, sintering and laser-based processing. For the development of Sintered moulded parts The surface condition, oxygen content and particle distribution are particularly important. The appropriate powder quality is tailored to the specific process and the desired material properties.
Technical Specifications and Choice of Materials
In the case of nano-titanium powder, in addition to chemical purity, the size of the individual primary particles and any agglomerates are particularly important. Agglomerates are clusters of several particles and can affect mixing and processing behaviour.
The following details will be helpful for your enquiry:
- Particle size: Desired primary particle size and requirements for particle size distribution.
- Composition: Required purity and permissible impurity elements, in particular oxygen.
- Surface condition: Requirements for the oxide layer or passivation.
- Processing: Intended process, preferred delivery format and quantity required.
We can provide details of available specifications on request. Via our tailor-made powder solutions We can help you select the right materials for your development or manufacturing project.
Sustainability and efficiency
Selecting the right powder for the application and ensuring consistent processing can help to reduce failed attempts and material wastage. Whether nano-titanium powder enables a more efficient manufacturing process depends on the specific material system and the effort required for production, dispersion and further processing.
Enquire about nano-titanium powder from NMD Metalpowders
NMD Metalpowders combines many years’ experience in the metal powder industry with an international network of suppliers.
We can advise you on the choice of materials and assist with the professional procurement of materials for your application.
Request nano-titanium powder now – tailored to your technical specifications and required quantities.
