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Praseodymium oxide

Symbolische Produktflasche mit Aufschrift "Praseodymoxid" von PROJECTOR

Praseodymium(IV) oxide for industry, research and material refinement

Praseodymium oxide, chemically correctly referred to as praseodymium(IV) oxide (Pr6O11), is a rare earth oxide with high industrial relevance. The fine powder appears in a characteristic dark brown to black color and is mainly used for the production of glasses, pigments, permanent magnets and ceramic materials. PROJECTOR offers the oxide in various degrees of purity for industrial processing, research and special applications.

Typical areas of application for praseodymium oxide:

Praseodymium oxide is used across all industries - from the glass finishing sector to magnet technology. In the glass industry, Pr6O11 is used for coloring and UV absorption, particularly in protective and special glasses. In ceramics production, it is used to produce heat-resistant pigments. It is also a key component in the optimization of rare earth-containing magnetic materials, for example in neodymium-iron-boron magnets (NdFeB). Praseodymium oxide is also increasingly used in catalyst production and as an oxidizing agent in chemical processes - primarily due to its thermal stability and chemical reactivity.

Typical applications at a glance:

Special features:

Technical specifications:

Why PROJECTOR is your supplier partner:

As a specialized praseodymium oxide supplier, PROJECTOR offers flexible solutions for industrial procurement processes. We enable rapid availability in Germany and Western Europe. Thanks to our quality assurance, standardized packaging units and optional special packaging, we are an experienced partner for companies in the glass industry, ceramics production, research and magnetic material production.

Frequently asked questions about praseodymium oxide:

What is praseodymium(IV) oxide used for in glass production?
It is used as a colorant and UV absorber in protective and special glasses, e.g. for welding protection glasses or photochromic glasses.
In certain applications, praseodymium(III) oxide (Pr₂O₃) or cerium oxide can be an alternative – depending on the thermal and chemical specifications of the process.