Neodymium Compounds and Catalysts
This section lists binary compounds of neodymium with halogens (referred to as halides), oxygen (oxides) and hydrogen (hydrides), as well as various other neodymium compounds. For each compound, a formal oxidation state is provided. The digital configuration is offered as a guide only. Note that the term hydride refers to compounds of the form MxHy and does not indicate that the compounds necessarily behave chemically as hydrides. The predominant oxidation state of neodymium is 3.
Hydrides
The designation hydride is used for compounds with the formula MxHy. This does not imply chemical behaviour characteristic of traditional hydrides.
Not listed
Fluorides
Neodymium trifluoride: NdF3
Chlorides
Neodymium dichloride: NdCl2
Neodymium trichloride: NdCl3
Bromides
Neodymium tribromide: NdBr3
Iodides
Neodymium diiodide: NdI2
Neodymium triiodide: NdI3
Neodymium oxide (Nd2O3), Neodymium(III) fluoride (NdF3), anhydrous neodymium chloride (NdCl3), nano-neodymium oxide, neodymium nitrate, and neodymium sulphide (Nd2S3) powder are examples of the compounds available.
Purity: ≥99.9%
Advantages of Neodymium Compounds & Catalysts:
Wide Variety: Our collection of neodymium compounds and catalysts includes various forms and compositions. We supply powders, solutions and custom compounds to meet project specifications.
Catalytic Performance: Neodymium compounds are used to improve chemical reaction efficiency. They are applied in processes where enhanced catalytic function enables better yields.
Precision Manufacturing: The compounds and catalysts are produced using advanced fabrication techniques. This process ensures consistent material properties, thereby supporting reliable design and production.
Custom Solutions: Collaborate with us to develop neodymium compounds and catalysts that match specific project requirements. We provide defined compositions or forms to meet stated objectives.
Versatile Applications:
Catalysis: Neodymium compounds and catalysts are employed to catalyse chemical reactions. They improve process efficiency and support sustainable chemical conversions.
Materials Engineering: Neodymium compounds aid in the development of advanced materials, coatings and structures with defined performance properties.
Chemical Industry: Neodymium compounds and catalysts are used to optimise industrial processes, increase yields and reduce environmental emissions through more efficient chemical conversions.
Renewable Energies: Investigate the potential of neodymium compounds and catalysts in clean energy applications such as hydrogen generation and conversion. This approach supports sustainable energy development.
Why Choose Our Neodymium Compounds and Catalysts?
Quality Assurance: The compounds and catalysts undergo strict quality control tests. These tests confirm that industry standards for purity and performance are met or exceeded.
Expertise: Our team has extensive experience in compound synthesis and catalysis. We provide technical support to select appropriate solutions for your projects.
Custom Solutions: Work with us to develop neodymium compounds and catalysts that align precisely with your project requirements.
Reliability: Our records show that we consistently supply neodymium compounds and catalysts that perform according to technical specifications. We have delivered materials meeting project targets.
Converters & Calculators
