Al-Cu-Fe – Quasperiodic crystal (quasicrystalls)
“This led to a paradigm shift within chemistry”“It is our duty as scientists to promote education, rational thinking and tolerance. Science is the ultimate tool to reveal the laws of nature and the one word written on its banner is ‘truth.’ The laws of nature are neither good nor bad. It is the way in which we apply them to our world that makes the difference,”
Our Technology for quasicrystals has unlimited scalability.
We are the only company with a scalable technology for industrial synthesis of quasicrystals. Our company provides stable supplies of large volumes all over the world.
Quasicrystals are unique structures with special properties that distinguish them from ordinary crystalline materials. They are complex atomic structures that do not have periodic symmetry. The production of quasicrystals is one of the most complex artificial processes in industry.
The process of obtaining quasicrystals begins with the selection of starting materials. Metals such as aluminum, nickel, iron or their alloys are usually used for this purpose. In addition to the basic metal components, various elements such as manganese, copper or zirconium can be added to obtain the desired properties of the quasicrystal.
Additionally, we create industry-safe technologies for their use in various materials.
Industrial obtaining of quasicrystals is a complex and time–consuming process that requires highly qualified and experienced specialists. However, these unique structures provide new opportunities for application in various fields, including electronics, processing of materials and many others.
The industrial production of quasicrystals has significantly reduced their price and made their use economically feasible in many industries.
Currently, quasicrystals are one of the most exciting topics among scientists. Their unique structural features and properties have attracted the attention of researchers and caused a wide range of discussions and disputes.
The study of quasicrystals is a multifaceted research process that requires close interaction between various scientific disciplines and the collective efforts of researchers. However, these studies significantly expand our knowledge of the structure of materials, and may also have important practical applications in the future.
The R&D team has unique equipment and experience for the development and testing of products made of metal alloys, plastics, coatings, composites and elastomers, forming a prototyping center of industrial materials which are reinforced with quasicrystals.
We can conduct any research by examining your characteristics and current needs, determining the real effects of using quasicrystals in your production.
We promote research and development aimed at using nanotubes and provide free samples of quasicrystals to scientists around the world.
In science, quasicrystals are an object of interest in various fields of research. They are studied in materials science, physics, chemistry and crystallography. In particular, research in the field of quasicrystals helps to understand the structure and properties of crystalline materials, as well as contribute to the development of new materials with certain physical properties.
Quasicrystals are unique formations with great potential in scientific research and technological developments. They continue to be a subject of study and interest for scientists and engineers around the world.
Our independent and corporate research support program allows you to receive a free trial batch of quasicrystalline material. Our goal is to develop the scientific base of quasicrystals and we look forward to your contribution to this great and significant work and really appreciate it!
The R&D team has unique equipment and experience for developing and testing products in metal alloys, plastics, coatings, composites, and elastomers, forming a center for prototyping industrial materials enhanced with Quasicrystals.
We can perform any research by examining your specifics and current needs, identifying the real effects of using Quasicrystals in your production.
Why are we a reliable partner?
Unique technology
An innovative method for the synthesis of quasicrystalline materials.
Unlimited scale
Unlimited production scalability, high quality of the material and low cost price
scientific base
We have an international team of the best scientists working with us.
Community
We provide demo samples of the material and an online platform for comm
Applications Of Quasicrystals
Quasicrystals are a unique class of materials with symmetry that differs from the classical symmetry of crystals. These substances have become the object of study for many scientific disciplines and have found wide application in various fields.
Nowadays new high-strength aluminum alloys are developed, they are reinforced with nanodisperse particles of quasicrystals to increase temperatures and technology for their production. The technology of applying quasicrystalline coatings has also been developed and it can be applied in various branches of technology to create thermal barriers, protective coatings, and coatings on the tools which improve their properties.
Quasicrystals make it possible to create new materials that are much more efficient than existing ones. Especially when interacting with each other, these metal alloys, improved batteries, polymers, rubbers, coatings and other materials can change the face of entire industries, increasing the durability of parts and power supplies, improving various quality indicators.
So, the use of quasicrystals stands at the forefront of modern technologies. These materials open up unlimited possibilities in various industries, from construction and transport to energy and medicine. Constant research and development in this area allows us to realize the potential that quasicrystals can bring in the future.
Energy
Biomedicine
Composites
Sensor & filtration
Aerospace & aviation
And many others
Automotive
Electronics
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Ordering of quasicrystalline materials
Place an order for Al-Cu-Fe Quasicrystals in various weight variations in our online store or contact us to order large volumes.
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Order by a unique formula
You can order the production of quasicrystalline materials according to a custom formula developed for the needs of your production.
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Explore quasicrystals with us
Join an incredible scientific discovery, explore Quasicrystals with us. Get samples of the material to study and share the findings with the community.
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Develop an online knowledge base
We want to collect all the relevant information on quasicrystals in one place, give scientists and manufacturers access to acutal materials, opening them the opportunity for communication and joint research.
Recent Publications
Abrasive Smearing Mechanism: Features of Quasi-Crystalline Alloy The wear phenomenon in which hard particles, in this case the quasicrystalline alloy Al62Cu25.5Fe12.5, leave marks on the surface of a softer metal can be described as abrasive smearing. This process differs from classical abrasive wear, where micro-cutting or micro-plowing of the surface occurs. In the case of […]
Transformations in the Microstructures of Laser Tracks for Quasicrystal-Reinforced Al-Cu-Fe-Cr Alloy
Laser deposition: a new look at Al-Cu-Fe-Cr alloys Aluminum-quasicrystal composites are promising alloys for additive manufacturing, but their evaluation can be costly. Recently, it was demonstrated that laser deposition can form the desired composite microstructure in Al85Cu6Fe3Cr6 alloy over a wide range of laser processing parameters. In this paper, the thermal stability of microstructures obtained […]
Metal-polymer nanocomposites: advances in mechanics and tribology Introduction to the field of development of modern materials poses the problem of creating composites with improved performance characteristics for researchers. Metal-polymer nanocomposites, combining the advantages of metals and polymers, are a promising direction for solving this problem. This paper presents the results of a study of the […]
New methods for synthesizing quasicrystals with carbon nanostructures The introduction of new materials with unique properties is a key factor in the development of modern technologies. Quasicrystals, which have an aperiodic atomic structure, are a class of materials with exceptional characteristics such as high hardness, low friction coefficient, and good corrosion resistance. However, their brittleness […]
Study of formation of quasicrystalline phase by ML method Mechanical alloying (MA) is an effective method for synthesizing metastable phases, including quasicrystals (QC). In this paper, the formation process and stability of the icosahedral quasicrystalline phase (i-phase) in the Al-Cu-Fe-Si system by MA are investigated. The initial powders of Al, Cu, Fe and Si were […]
Promising Al-Cu-Fe alloys: properties and applications Al-Cu-Fe alloys are promising materials due to their combination of high specific strength, heat resistance and relatively low cost. However, their practical application is hampered by insufficient corrosion resistance in aggressive environments. The structure of these alloys, formed during crystallization and subsequent heat treatment, plays a key role in […]
Study of residual stresses in quasicrystalline films Quasi-crystalline materials lacking the periodicity of the crystal lattice exhibit unique physical properties that make them promising for various technological applications, including as wear-resistant coatings and thermoelectric materials. Thin films based on Al–Cu–Fe–B quasicrystals, in particular, attract attention due to their high hardness, corrosion resistance and low friction […]
New approaches to lubricants based on quasicrystals Mechanical processing processes such as cutting, grinding and polishing play a key role in modern industry. The efficiency and quality of these processes directly depend on the lubricants used. Traditional lubricants based on mineral oils are often insufficiently effective under extreme conditions of high temperatures and pressures occurring […]
Study of the influence of electric field on sintering of Al–Cr–Fe powders Pulse plasma sintering (PPS) is a promising method for consolidation of powder materials, allowing to obtain dense products with improved properties. In this paper, the influence of PPS parameters, in particular the electric field, on the sintering process of quasicrystalline Al–Cr–Fe powder is […]
Protection of AA2024 alloy: prospects for the application of AlCuFe coatings The AA2024 alloy, widely used in the aerospace industry due to its high strength-to-weight ratio, is susceptible to wear and corrosion, which limits its durability. Developing effective methods to protect AA2024 from these degradation factors is an urgent task. One promising approach is the […]