Lanthan

About Lanthan (La)

Symbol: La
Atomic number: 57
Atomic mass: 138.90547
Element category: Lanthanide, sometimes regarded as a transition metal
Lanthan is a soft, ductile, malleable, silver‐white rare earth element. It belongs to the group of lanthanides or lanthanoids. Lanthan reacts promptly, oxidises rapidly in air and ignites easily when exposed to flame.
Lanthan is used as an anodic material in Nickel‐Metal Hydride batteries that are employed in hybrid vehicles. Lanthan(III) oxide (La2O3) is utilised in the manufacture of specialised optical glasses to improve alkali resistance.

Stanford Advanced Materials (SAM) now offers several Lanthan products, including:

Lanthan Metals:

Forms: ingots, powders, pellets, particles.

Purity: 2N–5N, or as specified by the customer.

Lanthan Alloys:

Mo–La alloy, Mg–La master alloy, Mo–La wire, tungsten–lanthan alloy (lanthanum oxide‐doped tungsten), aluminium–lanthan master alloy, lanthan–nickel alloy ingot.

Available in various forms: bar, flange, plate, tube, wire, powder.

Lanthan Compounds and Catalysts:

Nano‐lanthan hexaboride (LaB6), lanthan(III) oxide (La2O3), lanthan fluoride (LaF3) powder, lanthan carbonate [La2(CO3)3], lanthan chloride (LaCl3), etc.

Purity: ≥99.9%

Lanthan Evaporation Materials:

Lanthan (La) evaporation materials, lanthan aluminium oxide (LaAlO3) evaporation materials, lanthan calcium manganate evaporation materials, lanthan manganate (LaMnO3) evaporation materials, etc.

Purity: ≥99.9%

Other Lanthan Products:

Lanthan hexaboride (LaB6) cathode/disc/ring/plate/tube/ingot, lanthan aluminium oxide (LaAlO3), LNC cathode powder, LSC cathode powder, LSCF cathode powder, etc.

Purity: ≥99.9%

Lanthan sputter targets are available here: //www.sputtertargets.net/Lanthanum.html

Key Features of Lanthan (La):

Rare Earth Element Characteristics: Lanthan is a member of the rare earth elements group. It exhibits defined physical and chemical properties and is employed in various industries.

Rechargeable Batteries: Lanthan is used in the production of Nickel‐Metal Hydride (NiMH) batteries. These batteries power devices such as smartphones and hybrid vehicles. Its ability to absorb and release hydrogen ions increases battery efficiency.

Catalytic Applications: Lanthan compounds exhibit catalytic activity. Catalysts based on lanthan are used in refining processes and in reducing emissions in the oil and chemical industries.

Optics and Glass: Lanthan is used in the manufacture of optical lenses and glass. Glass containing lanthan yields improved light transmittance and UV resistance. These properties are applied in camera lenses and scientific instruments.

Steel and Alloys: Lanthan is employed as a grain refiner in steel and aluminium alloys. It is utilised for enhancing mechanical properties and for reducing impurities. This contributes to the production of durable materials.

Our Lanthan (La) Product Range:

Stanford Advanced Materials offers a range of Lanthan products produced in accordance with strict quality standards. The product range includes:

Lanthan Metal: High‐purity lanthan metal. It is suitable for alloy production, research and various industrial applications.

Lanthan Oxide (La2O3): A compound used in catalysts, optical glass, ceramics and electronics.

Lanthan Carbonate (La2(CO3)3): It is applied in medical uses, serves as a precursor for other lanthan compounds and is used as a catalyst in various reactions.

Lanthan Nitrate (La(NO3)3): It is employed in electronics, ceramics and as a catalyst in organic synthesis.

Why Choose Stanford Advanced Materials for Lanthan Products?

Commitment to Quality: Stanford Advanced Materials produces lanthan products in accordance with stringent standards and specifications.

Expertise: Our team has extensive experience and provides technical support and guidance tailored to specific requirements.

Customisation: Each application is unique. Our flexible approach enables us to adjust lanthan solutions to client requirements.

Our Lanthan Product Video