Gallium Oxide

Gallium Oxide Granules Overview

Gallium oxide is an emerging ultra-wide bandgap semiconductor material with the chemical formula Ga₂O₃, typically appearing as a white crystalline powder. With an ultra-wide bandgap of approximately 4.8–4.9 eV, exceptionally high theoretical breakdown field strength, and outstanding Baliga figure, it demonstrates immense potential in next-generation ultra-high-voltage power electronics and deep ultraviolet optoelectronic devices. It is hailed as one of the representative materials of the “fourth-generation semiconductors.”

We offer high-purity β-Ga2O3 Granules and powders, supporting customization for varying purity levels, particle sizes, and crystalline phases (primarily β-phase). Contact us for sample requests.

Product Highlights

Ultra-wide bandgap semiconductor (~4.9 eV)
Exceptionally high breakdown electric field strength (~8 MV/cm)
Outstanding Baliga figure
Selectable polymorphs (predominantly β-phase, stable phase)
High purity and controllable particle size

Applications of Gallium Oxide Granules

Ultra-high-voltage power electronics: Used in manufacturing Schottky barrier diodes, field-effect transistors, etc., for ultra-high-voltage applications in new energy vehicles and smart grids.
Deep ultraviolet photodetection: Used in manufacturing deep UV photodetectors for the solar-blind band, applied in missile early warning, flame detection, and ultraviolet communications.
Substrate and epitaxial materials: Serves as single-crystal substrates or thin-film materials for high-quality GaO homogenous or heterogenous epitaxial growth.
Gas Sensors: Leveraging surface activity to fabricate highly sensitive gas sensors for detecting oxygen, combustible gases, and more.

FAQs

Q1: What advantages does gallium oxide offer compared to silicon carbide and gallium nitride?
A1: Lower cost potential and higher theoretical performance ceiling. It shows promise for achieving lower conduction losses and higher breakdown voltage in ultra-high voltage (>1.2kV) applications. Additionally, large-size single crystals can be grown from the melt, potentially reducing costs.

Q2: What is the “β phase” of gallium oxide?
A2: The most stable crystalline structure phase. β-Ga₂O₃ is the thermodynamically most stable crystal form and the primary phase currently used in power device research and applications, exhibiting excellent electrical properties.

Q3: Is it safe to use gallium oxide Granules ?
A3: Handle according to chemical safety protocols. As an inorganic oxide powder, avoid inhalation and eye contact. Wear protective gear during handling. Refer to the MSDS for specific safety information.

Q4: Why is gallium oxide currently relatively expensive?
A4: It is in the early stages of industrialization. Currently, the preparation of high-purity materials, single crystal growth, and device fabrication processes have not yet achieved full-scale production. The supply chain is in its infancy, leading to higher costs. However, as technology advances, costs are expected to decrease.

Report

Each batch is supplied with:
Certificate of Analysis (COA)
Technical Data Sheet (TDS)
Material Safety Data Sheet (MSDS)
Third-party testing reports available upon request

Why Choose Us?

We specialize in cutting-edge semiconductor materials, providing high-quality gallium oxide raw materials and professional technical insights to help you seize the opportunities presented by the development of fourth-generation semiconductors.