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High Purity 99.9% White Samarium Oxide CAS No 12060-58-1 O3Sm2

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Product Details

Mat No.10001007 Samarium Oxide O3Sm2 CAS No.12060-58-1 Purity≥99.9% White slightly yellowish Powder

Samarium Oxide properties

Melting point 2325 °C
Density 8.35 g/mL at 25 °C(lit.)
Refractive index 1.97
Storage conditions no restrictions.
form powder
colour White slightly yellowish
proportion 8.347
PH value 8.0 (10g/l, H2O, 25℃)(slurry)
Water solubility insoluble in water.
Merck 14,8347
CAS database 12060-58-1(CAS DataBase Reference)
EPA chemical substance information Samarium oxide (Sm2O3) (12060-58-1)

 

Uses and synthesis methods of samarium trioxide

Chemical nature

White slightly yellowish powder. Insoluble in water, soluble in acid.

Use

Samarium oxide is an inorganic metal compound and can be used to prepare other organic materials and catalysts.

 

Used as a material for making metal samarium, magnetic materials and memory elements.

 

It can be used as an infrared absorbing glass additive, as a coating in photosensitive materials, for making samarium cobalt permanent magnet materials, and as a raw material for producing samarium metal.

 

Mainly used to make metal samarium, samarium cobalt series permanent magnet materials, electronic devices and ceramic capacitors.

 

Used in the manufacture of samarium metal; samarium-cobalt permanent magnetic materials; electronic devices and ceramic capacitors; samarium-cobalt alloy with high coercivity and high magnetic energy product.

 

production method

The rare earth chloride solution obtained from monazite or mixed rare earth ore is treated by extraction method, and the system is extracted with P2O4-kerosene-HCl-RCl. First, neodymium and samarium are grouped, and samarium and heavy rare earth are extracted into the organic phase, and then used 2.0mol/ L HCl was used to back-extract the heavy rare earths, and then 5.0 mol/L HCl was used  to back-extract the heavy rare earths. The samarium-gadolinium enrichment obtained by grouping is reduced by zinc powder, and europium is extracted by alkalinity method, and then samarium and gadolinium are separated by the mixed rare earth grouping method. After dissolution, precipitation with oxalic acid, separation, drying, and burning, samarium oxide is prepared. Its 

Sm2(C2Od)3→Sm2O3+3CO2+3CO

Security Information

safety instructions 22-24/25
WGK Germany 2
RTECS number VP3153000
F 3-10-34
TSCA Yes
HS code 28469019
toxicity LD50 orally in Rabbit:> 5000 mg/kg

 

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