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Aluminium is the third most abundant element in the Earth's crust. It can be processed by machining, casting, drawing and extrusion, given that it is soft, light, ductile and durable.
Nano-/Micro aluminium powder, aluminium foam, aluminium honeycomb, aluminium wire mesh, atomised aluminium powder, bonded aluminium band/foil, closed/open-cell aluminium foam.
Purity: >99%
The range of aluminium‐based products has been developed for multiple applications across various sectors. The materials are produced under controlled conditions and have been tested to verify that they meet defined performance criteria.
Nano-/Micro aluminium powder: The powder exhibits a controlled particle size distribution and defined morphology. It is employed in additive manufacturing, catalysis and energetic material formulations.
Aluminium foam and aluminium honeycomb: The structured materials are produced with controlled porosity and uniform cell patterns. They have been evaluated for weight and strength parameters in aerospace, transport and load‐bearing applications.
Aluminium wire mesh: The mesh is used in filtration, separation and reinforcement applications. Its performance has been verified in various industrial contexts, including architectural assemblies and manufacturing processes.
Atomised aluminium powder: The powder is produced to achieve consistent particle size and shape. It is used in spray forming, powder metallurgy and sintering processes.
Bonded aluminium band/foil: The band and foil demonstrate effective electrical conductivity and thermal conduction. They are suitable for applications in electronics and energy transfer.
Closed/Open-cell aluminium foam: The foam exhibits low density and high strength as confirmed by mechanical testing. It is used in shock absorption, thermal insulation and structural components.
The aluminium‐based materials are used in several sectors:
Additive Manufacturing: Aluminium powders are used for 3D printing and advanced manufacturing techniques.
Aerospace and Automotive: Aluminium materials are utilised to produce lightweight components in aerospace and automotive applications.
Electronics and Energy: Aluminium wires, bands and foils are applied in electrical and thermal systems.
Structural and Architectural Applications: Aluminium foams, honeycombs and other structured materials are employed in building and engineering projects.
High Purity: The materials exhibit a purity exceeding 99% which ensures consistency during standardised testing.
Precision Manufacturing: Each material is produced under controlled conditions to meet established quality criteria.
Customised Properties: The products are developed with properties selected to fulfil specific application requirements.
Reduced Environmental Impact: The materials contribute to lower component weight, thereby potentially reducing energy usage during operation.
Quality Assurance: Standard quality control procedures have been implemented to ensure that each product meets the necessary performance standards.
The systematic development processes and verified production methods identify our organisation as a recognised contributor in the field of aluminium‐based materials. Whether you are an engineer, researcher or project manager, our products serve as a reliable basis for measurable progress.
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