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Dysprosium for Research & High-Tech Applications
High-purity Dysprosium in various forms and compounds – for precise applications in materials research, analytics, and development.
Our Dysprosium Range
Variety of Dysprosium for Every Application
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Physical Properties
Melting Point
1,412 °C
Boiling Point
2,567 °C
Frequently Asked Questions
Our FAQs provide you with a quick overview of important topics related to our product range. If you have any further questions, we will of course also be happy to assist you personally.
Purchasing / Sales
We will be happy to advise you individually
Why is ChemPur the Right Partner for Purchasing Dysprosium?
High-purity dysprosium is the foundation for precise results in research and development – we supply the suitable materials for this. Our range includes both metallic dysprosium in various forms and a wide selection of dysprosium compounds and nanomaterials. This allows us to reliably support you from the initial laboratory experiment to advanced development.
This is particularly relevant in materials research, for example: while oxides or salts are often used for initial experiments, later development stages frequently require metallic dysprosium in a defined geometry or higher purity. We provide precisely this range. Additionally, we assist you in selecting suitable materials. Especially with rare earth metals, the correct combination of purity, form, and compound is crucial for the outcome. Through our international network, we also ensure reliable supply – even for special requirements.
Is Dysprosium also available as nanopowder?
Yes, we specifically offer dysprosium as nanopowder, particularly in the form of dysprosium oxide with defined particle sizes and specific surface areas. These materials are designed for applications where classic powders are insufficient because surface reactions or structural properties play a central role.
In practice, this is evident in material development, for example: if dysprosium oxide is used as nanopowder, the increased surface area can lead to altered reaction behavior or improve integration into ceramic or functional layers. Control of particle size is also crucial in research on optical or electronic materials.
We supply nanopowders in various specifications, for instance, with defined morphology or specific surface area. This allows you to specifically influence material properties and reproducibly advance your applications – from basic research to application-oriented development.
Which dysprosium compounds do you supply?
Our portfolio includes a wide selection of dysprosium compounds for various applications in research and industry. These include chlorides (hydrated and anhydrous), fluorides, nitrates, sulfates, carbonates, and phosphates. This spectrum is complemented by oxides, oxalates, sulfides, and organic compounds such as dysprosium acetate or complex compounds.
This diversity allows you to choose the appropriate starting material for every application. In chemical synthesis, for example, chlorides or nitrates are frequently used as readily soluble precursors, while oxides are preferred in ceramic or electronic applications.
Even for higher purity requirements, we offer solutions up to the highest purity grades. This makes our dysprosium compounds suitable for analytical purposes as well as for the development of new materials where impurities could falsify results.
Are individual dysprosium forms possible?
Yes, beyond our standard range, we offer individual solutions for dysprosium. These include specific geometries such as foils, wires, or rods, as well as customized particle sizes for powders or nanomaterials. Project-specific compositions or special forms are also feasible.
This is particularly relevant when standard products do not exactly match your application. In thin-film technology, for example, a defined film thickness can be crucial, while in materials research, specific particle sizes or purities are needed to achieve reproducible results.
We support you in implementing such requirements from specification to delivery. Through our experience with specialty chemicals and our network, we can reliably meet even complex requirements and provide you with a solution precisely tailored to your project.
Is Dysprosium suitable for magnetic applications?
Dysprosium is an important component in the development and optimization of high-performance magnets. It is used particularly in NdFeB magnets to improve temperature stability and coercivity. This allows magnetic materials to be reliably used even under demanding conditions.
For such applications, we offer dysprosium in metallic form, for example, as powders, pieces, or in defined geometries such as rods or wires. These forms enable targeted further processing, for instance, in the production of alloys or in experimental setups.
Especially in material development, it is crucial to be able to specifically influence properties. Through the combination of suitable form and appropriate purity, we support you in integrating dysprosium into your magnetic systems and achieving the desired material properties.
Do you offer consultation on Dysprosium?
Yes, consultation is a central component of our dysprosium offering. Due to the wide variety of forms, purities, and compounds, selecting the appropriate material is often complex and highly dependent on the specific application.
We assist you in defining the suitable combination of material form and specification. In practice, this means, for example, distinguishing between an oxide, a salt, or metallic dysprosium – depending on whether you want to perform a synthesis, develop a coating, or produce an alloy.
We also provide advisory support for special requirements, such as the selection of nanopowders or individual geometries. The goal is for you to receive not just a product, but a solution that precisely fits your application and reliably supports your development processes.
Do you deliver Dysprosium worldwide?
Thanks to our international network of distributors, we can deliver dysprosium worldwide, ensuring reliable supply regardless of your location. Especially for rare earth metals like dysprosium, availability is crucial because these materials hold a special position in research and high-tech applications.
Firstly, dysprosium is only available in limited quantities and originates from a few mining regions worldwide. Consequently, supply volumes and prices can fluctuate due to external influences such as geopolitical developments, export regulations, or transport conditions. For companies and research institutions, this means procurement is significantly more sensitive than for standard chemicals.
Secondly, dysprosium is not easily replaceable in many applications. In magnet development, for example, it is specifically used to increase the temperature resistance of materials. If the material is unavailable, the desired material property often cannot be easily reproduced.
Especially in ongoing development projects or continuous test series, a stable supply is therefore crucial. Only if dysprosium is available in consistent quality and at the right time can processes be reliably continued and results comparably evaluated.