Lanthanum Strontium Manganese Oxide (LSM), Tape-Casting Grade

Name: Tris(trimethylsilyl) Borate (TMSB) (CAS: 4325-85-3)
Brand: Canrd
Price: 120.82 USD
Availability: InStock

$113.26

Numéro d'article:FM-EM-SO-000301

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✓ Sélectionné: 50g

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This product is designed for advanced energy material research, specifically as a cathode material for solid oxide fuel cells (SOFCs). It is a perovskite-type oxide with the composition (La₀.₈₇Sr₀.₁₃)₀.₉₈MnO₃₋ₓ, featuring an ABO₃ structure where lanthanum and strontium occupy the A-site and manganese the B-site. The material exhibits good electrical conductivity and ferromagnetism within certain temperature ranges, with performance tunable through strontium doping levels. With a typical particle size distribution (D50 around 0.41 μm), a specific surface area of 6.46 m²/g, and a tap density of 1.79 g/ml, it offers consistent powder properties suitable for electrode fabrication. It also demonstrates good chemical stability under high-temperature redox environments, enabling efficient oxygen reduction catalysis in SOFCs. Beyond fuel cells, it may find applications in sensors, electronic devices, and catalytic synthesis contexts.

[structural characteristics] belongs to the perovskite type oxide, with a typical ABO-type perovskite structure, in which the site is lanthanum (La) and strontium (Sr) ions, and the B site is manganese (Mn) ions. By adjusting the doping amount x of strontium (Sr), the crystal structure, electronic structure and physical and chemical properties of the material can be changed.
[physical properties] usually black or dark gray powder solid. It has a certain conductivity, and the conductivity will change with the increase of strontium doping. It also has ferromagnetism and exhibits magnetic-related properties in a certain temperature range.
【Chemical properties】 Under the conditions of high temperature and redox atmosphere, it shows good chemical stability. However, in some specific strong acid-base environment, chemical reactions may occur, resulting in changes in structure and performance. Manganese ions in lanthanum strontium manganate have a variety of oxidation states, in different chemical environments, the oxidation state of manganese ions can change, thus affecting the chemical activity and electrical properties of the material.
[Use] 1. Solid oxide fuel cell (SOFC): It is a commonly used cathode material in SOFC. At the cathode, it can effectively catalyze the reduction reaction of oxygen, convert oxygen into oxygen ions, and promote the migration of oxygen ions to the anode through the electrolyte, while conducting electrons, so that a complete current circuit is formed inside the battery, and the performance and efficiency of the battery are improved.
2. Sensors, electronic devices, catalytic synthesis field, magnetic field, etc.

ICP,Agilent6.16%

Product Name	La strontium manganese LSM (La strontium manganate)		Product code	FM-EM-SO-0003
Chemical formula	(La0.87Sr0.13)0.98 MnO3-X	= "et d: str =" "style =" border-width: 1px; border-style: solid;"align =" center "valign =" middle "> Test Time	2025-1-14
Test Item/Item	= UNtire/class "IT: str = "" style = "border-width: 1px; border-style: solid;" align = "center" valign = "middle"> Specification/SPEC.	Test Method/METHOD	Test Result/RESULT
molar ratio molar ratio (La + Sr)/Mn mol	-	0.94~0.99	0.98
molar ratio molar ratio La/Sr mol	-	5.67~8.09
Proportion of total trace elements Sum trace elements	%	max.0.25	0.15
Crystal structure Crystalline Structure	-	Perovskite Perovskite	, Bruker AXS	Perovskite Perovskite
Particle size distribution Particle size distribution D10 D50 D90	um	max.0.4 0.4~0.8 1.3~2.0	Topsizer,OMEC	0.090 0.410 1.398
moisture content Moisture content		Mositure analyser, Sartorius	0.31
Powder Density Loose Density Bulk density Tone Density Tap density	g/ml g/ml	- -	Hall flowmeter Autotap	1.30 1.79
Specific surface area Surface area	m2/g	-Monosorb, Quantachrome	6.46
Conclusion CONCLUSION	Pass PASS