Preferences
LanguageEnglish
CurrencyGBP
Deliver toUnited Kingdom of Great Britain and Northern Ireland

Preferences

GBP
    Total:
     
     Products  Items
    Shipping FREE *

    *Restricted Delivery Charges may apply

    Log In | Register
    • Oxides - Powder

      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.

    57 results

    Product
    Product CA54-PD-000110 Calcium Titanate Powder 45 micron max --- Maximum Particle Size 45µm -- Weight 10g - 1000g
    Product CO53-PD-000110 Cobalt (III) Oxide Powder 2 - 4 micron -- Mean Particle Size 2 - 4 --- Weight 10g - 1000g
    Product CS50-PD-000111 99.9% Caesium Molybdate Powder 75 micron max Purity 99.9% -- Maximum Particle Size 75µm -- Weight 200g
    Product CS51-PD-000110 99.0% Caesium Metavanadate Powder 45 micron max Purity 99.0% -- Maximum Particle Size 45µm -- Weight 10g - 100g
    Product CU50-PD-000120 Copper II Oxide Powder 75 micron max --- Maximum Particle Size 75µm -- Weight 10g - 2500g
    Product ER51-PD-000100 99.999% Erbium (III) Oxide CAS 12061-16-4 Er2O3 Purity 99.999% - Mean Particle Size 9.6-13.5 --- Weight 5g - 50g
    Product EU50-PD-000100 99.999% Europium (III) Oxide CAS 1308-96-9 Eu2O3 Purity 99.999% - Mean Particle Size 2-5 --- Weight 1g - 50g
    Product FE59-PD-000110 99.9% Iron Oxide Powder 50 micron max Purity 99.9% -- Maximum Particle Size 50µm -- Weight 10g - 2000g
    Product GD50-PD-000111 Gadolinium Oxide Powder <5 micron -- Mean Particle Size <5 --- Weight 10g - 2000g
    Product GD50-PD-000114 99.999% Gadolinium (III) Oxide CAS 12064-62-9 Gd2O3 Purity 99.999% - Mean Particle Size 2-5 --- Weight 5g - 250g
    Product HO50-PD-000100 99.999% Holmium (III) Oxide CAS 12055-62-8 Ho2O3 Purity 99.999% - Mean Particle Size 5-10 - Product Shape Crystalline solid - Weight 5g - 50g
    Product LA54-PD-000111 99.999% Lanthanum (III) Oxide CAS 1312-81-8 La2O3 Purity 99.999% -- Maximum Particle Size 20µm Product Shape Crystalline solid - Weight 25g - 250g
    Product LA54-PD-000110 Lanthanum Oxide Powder 200 micron max --- Maximum Particle Size 200µm -- Weight 10g - 5000g
    Product LU50-PD-000100 99.999% Lutetium (III) Oxide CAS 12032-20-1 Lu2O3 Purity 99.999% ----- Weight 1g - 25g
    Product MG50-PD-000111 Magnesium Oxide Powder 125 micron max --- Maximum Particle Size 125µm -- Weight 10g - 10000g
    Product MG50-PD-000110 Magnesium Oxide Powder 1000 micron max --- Maximum Particle Size 1000µm -- Weight 10g - 10000g
    Product NB55-PD-000110 99.5% Niobium Pentoxide Powder 150 micron max Purity 99.5% -- Maximum Particle Size 150µm -- Weight 10g - 5000g
    Product ND51-PD-000100 99.999% Neodymium Oxide Powder Purity 99.999% ----- Weight 10g - 100g
    Product ND51-PD-000101 99.999% Neodymium (III) Oxide CAS 1313-97-9 Nd2O3 Purity 99.999% Minimum Particle Size 0.5µm Mean Particle Size 3.34 Maximum Particle Size 7µm -- Weight 10g - 100g
    Product NI51-PD-000131 99.5% Nickel Oxide Powder 5 micron max Purity 99.5% -- Maximum Particle Size 5µm -- Weight 1000g
    Can't find what you're looking for? Speak to one of our technical experts.
    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 our expert team by calling 0800 731 4653 (UK), or complete the form below.