Preferences
CompanyGoodfellow Corporation
LanguageEnglish (US)
CurrencyUSD
Deliver toUnited States of America

Preferences

USD
    Total:
     
     Product(s)  Item(s)
    Log In | Register
    • Dysprosium - Powder

      Discovered by P.E. Lecoq de Boisbaudran in 1886 in Paris, France. Dysprosium is a silvery metal of the lanthanide group. It is relatively stable in air, reacts violently with water and dissolves in acids. Applications for this element are limited, but it is used as an alloying element to produce an alloy used for magnets, and as a poison in nuclear reactors where it stops the reaction from getting out of hand. The abundance in the Earth's crust of dysprosium is 6 ppm.Powder - Small particles with an approximately defined size range. Those materials described as alloy precursors are not true alloys - they are made by sintering a blend of powders of the component metals to achieve alloying by diffusion. The resultant cake is ground and sieved to the required particle size range. Unless otherwise stated, the particle sizes shown are for guidance only. We do not guarantee either any particular size distribution between the quoted minimum and maximum sizes, or a specific particle shape.

    1 results

    Product
    Product DY00-PD-000110 Dysprosium - Powder Maximum Particle Size 500µm Weight 1g - 10g Purity 99.9%
    Sorry – Your selected filters returned no results.

    Please try a different filter selection or choose from one of the following product types below:

    Sorry, but you need to update your browser to use our website.

    We apologise for any inconvenience this may cause and thanks for your patience.

    To place a phone order:
    US:1 800 821 2870
    UK: 0800 731 4653

    Customer Support: info@goodfellow.com

    Thank you
    The Goodfellow Team

    Speak to one of our experts

    1 800 821 2870 (US)

    Our telephone lines are open Monday to Friday from 8am - 5pm.

    To speak to one of our international offices click here.

    You can also arrange a callback by clicking here.