Lanthanum Oxide Nanowires

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Boiling point 4200 C
Storage Store in dry, cool, and sealed container
Other Names Lanthanum(III) oxide; La2O3 Nanowires
Poisonous Yes
Form Solid
Shape Wire/Nanowire
Purity >99.9%
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Lanthanum Oxide Nanowires Product Specifications

Type Nanowires
Chemical Name Lanthanum Oxide
Purity >99.9%
Shape Wire/Nanowire
HS Code 28469090
Solubility Insoluble in water; soluble in acids
Density 6.51 Gram per cubic centimeter(g/cm3)
Melting Point 2307 C
Molecular Formula La2O3
Smell Odorless
Molecular Weight 325.81 g/mol
Structural Formula La2O3
Grade High Purity/Nano Grade
Refractive Rate 1.9
EINECS No 215-200-5
Classification Rare Earth Oxide Nanomaterial
Standard Industrial/Nanotech
Usage Research and industrial
Boiling point 4200 C
Application Catalysts, optical materials, ceramics, electronics, nanotechnology research
CAS No 1312-81-8
Main Material Lanthanum Oxide (La2O3)
Storage Store in dry, cool, and sealed container
Other Names Lanthanum(III) oxide; La2O3 Nanowires
Poisonous Yes
Form Solid

Lanthanum Oxide Nanowires Trade Information

Payment Terms Western Union, Telegraphic Transfer (T/T), Paypal, Cash Advance (CA), Cheque, Cash in Advance (CID)
Main Domestic Market All India

Product Description

Discover a rare and top-rated material: Lanthanum Oxide Nanowires, a phenomenal find for research and industrial demands. With pristine monodispersity, high purity (>99.9%), and celebrated stability, these white, hexagonal nanowires offer exceptional surface area and semiconducting behavior. Their narrow size distribution (10150 nm diameter, 100 nm10 m length), outstanding thermal resistance, and paramagnetic properties make them indispensable across cutting-edge catalyst, optics, ceramic, and electronics applications. Delivered in sealed, customizable packaging, these nanowires represent a true benchmark of nanomaterial innovation.

Broader Applications and Fields for Lanthanum Oxide Nanowires

Lanthanum Oxide Nanowires exhibit remarkable performance in a variety of advanced applications. Their rare and celebrated attributes make them a preferred choice in creating catalysts, optical components, electronics, advanced ceramic composites, and innovative nanotechnology devices. They are instrumental in research laboratories, high-tech manufacturing units, and specialized industrial settings, enabling advancements in sensor fabrication, energy storage, photonic systems, and environmental technologies. These nanowires ensure significant enhancement in both product function and scientific discovery.

Reliable Delivery and Domestic Market Coverage

Enjoy exceptional supply capability and reliable logistics with our Lanthanum Oxide Nanowires. We support quick dispatch and secure goods transport, ensuring your order arrives in pristine condition across the domestic market. Packaging is tailored to customer requirements and meticulously sealed for protection during delivery. With the capacity to fill orders of various sizes, we deliver to leading research institutions, manufacturers, and technology developers, guaranteeing prompt dispatch and responsive support throughout the order process.

Product	Lanthanum Oxide Nanowires
CAS Number	1312-81-8
Stock No.	NCZNW109-19
Chemical Formula	La2O3
Molar Mass	325.809g/mol
Density	6.51g/cm3
Melting Point	2,315 C
Boling point	4200 C
Crystal Structure	Hexagonal
Diameter	20 nm (customization available)
Length	10 m (customization available)

FAQs of Lanthanum Oxide Nanowires:

Q: How should Lanthanum Oxide Nanowires be stored to maintain their pristine quality?

A: Lanthanum Oxide Nanowires should be stored in a dry, cool, and sealed container to preserve their stability and quality. Avoid exposure to moisture and keep the container sealed when not in use.

Q: What are the main industrial and research applications of Lanthanum Oxide Nanowires?

A: These nanowires are widely utilized in catalysts, advanced ceramics, electronics, optical materials, and nanotechnology research due to their high purity, surface area, and excellent semiconducting properties.

Q: When can I expect my order of Lanthanum Oxide Nanowires to be delivered?

A: We offer quick dispatch and utilize reliable goods transport solutions, ensuring prompt delivery once your order is processed. Delivery timelines may vary based on order size and custom packaging requirements.

Q: Where can Lanthanum Oxide Nanowires be applied within industry and academia?

A: These nanowires are suitable for use in research laboratories, manufacturing plants, material development facilities, and technology innovation centers, spanning a variety of scientific and industrial disciplines.

Q: What is the process for requesting customized packaging for Lanthanum Oxide Nanowires?

A: Customers can specify packaging requests during the order placement process. Our team will work with you to ensure the product is delivered as per your specifications and application needs.

Q: How does the narrow particle size distribution of these nanowires benefit users?

A: The monodispersed, narrow particle size distribution enhances uniformity and performance in applications, leading to more consistent results in both research and production environments.

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