Erbium Oxide

Descriptio

Erbium Oxide Er₂O₃99,5%, 99,9%, 99,99%, pulveris rosei corporis centri cubicae et monoclinicae structurae, punctum 2387°C liquescens et densum 8.64g/cm³in aqua insolubilis, in acido leviter solubilis, aquam facile absorbens et dioxidum carbonii in aere, momentum magneticum Her.₂O₃Est 9.5 MB Er₂O₃condi debet in horreis frigidis, siccis et bene ventilatis cum continente arcte occluso ad vitandum umorem et expositionem aeris.Erbium Oxide Er₂O₃imprimis adhibetur ut yttrium carbunculi ferri additivi, reactoris nuclei moderandi materias, et ad fabricandum vitreorum lucidorum specialium, effusio vitrearum infraredarum et colorantium vitrearum, ac etiam utendum ut materia reactoris nuclei et fibrarum opticorum etc.

Delivery

Erbium Oxide Er₂O₃99,5%, 99,9%, 99,99% in Minmetalis occidentalibus (SC) Corporatio puritate Er.₂O₃/REO≥ 99,5%, 99,9%, 99,99%, et REO ≥ 99.0% in magnitudine pulveris et sarcina 25kg in sacculo plastici cum tympano cardboard foris, vel ad solutionem Praefecti nativus specificatio..

nunc Inquisitionis

Singula

Tags

Technical Specification

Er₂O₃

Aspectus	Rosa pulveris
M. Pondus	382.52
Densitas	8.64 g/cm³
Liquescens punctum	2387 °C
CAS Non.	12061-16-4

Nec.	Item		Standard Specification
1	Er₂O₃/REO ≥		99.5%	99.9%	99.99%
2	REO ≥		99.0%	99.0%	99.0%
3	REO Impurity/REO Max		0.50%	0.10%	0.01%
4	OtherimmunditiaMax	Fe₂O₃	0.005%	0.005%	0.001%
		SiO'₂	0.05%	0.005%	0.003%
		CaO'	0.05%	0.01%	0.001%
		Cl^-	0.05%	0.04%	0.04%
5	stipare		25kg in plastic peram cum cardboard tympanum foras

Erbium Oxide Er₂O₃99,5%, 99,9%, 99,99% in Minmetalis occidentalibus (SC) Corporatio puritate Er.₂O₃/REO≥ 99.5%, 99.9%, 99.99%, et REO ≥ 99.0% in magnitudine pulveris et sarcina 25kg in sacculo plastici cum tympano cardboard foris, vel ut specificatio ad solutionem Praefecti nativus.

Erbium Oxide Er₂O₃imprimis adhibetur ut yttrium carbunculi ferri additivi, reactoris nuclei moderandi materias, et ad fabricandum vitreorum lucidorum specialium, effusio vitrearum infraredarum et colorantium vitrearum, ac etiam utendum ut materia reactoris nuclei et fibrarum opticorum etc.