Zinc Oxide (Ga doped) granules are a fundamental raw material for the preparation and secondary molding of functional oxides, commonly used in sputtering target sintering, thin film material research, and the development of conductive oxide systems.
We offer stable supply options with different particle sizes, doping ratios, and batch sizes. Please contact us for samples and technical information.
Uniform doping distribution
Regular particle morphology and good flowability
Suitable for pressing and sintering processes
Stable chemical purity
High batch consistency
Suitable for research and industrial pretreatment
Sputtering Target Preparation Raw Material: These granules are often used as precursor materials for oxide targets, sintered after hot pressing or cold isostatic pressing, providing a good foundation for density and conductivity.
Research on Transparent Conductive Materials: In the research of transparent conductive oxide systems, they can be used as a formulation raw material to participate in composition control, optimizing the electrical and optical properties of thin films.
Functional Ceramic Material Development: Suitable for the experimental batching stage of electronic ceramics and functional oxide materials, facilitating composition adjustment and small-scale amplification.
Laboratory and Pilot-Scale Process Validation: Commonly used for verifying new process routes, evaluating the impact of doping ratios on performance, and comparative material testing.
Q1: Can the particles be used directly for sputtering?
A1: This form is mainly used in target preparation or material research stages, and usually requires further pressing and sintering before use.
Q2: Is the gallium doping ratio fixed?
A2: The doping ratio can be adjusted according to application requirements, often used to balance conductivity and material stability.
Q3: Does particle size affect subsequent sintering results?
A3: Particle size distribution affects pressing density and sintering uniformity, and can be matched according to process requirements.
Q4: Is the material susceptible to moisture during storage?
A4: It is recommended to store it in a sealed, dry environment to maintain particle flowability and chemical stability.
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
We have long focused on the stable preparation and application adaptation of inorganic functional material raw materials, emphasizing particle morphology control, compositional consistency, and customer process matching, providing reliable support for materials research and development and industrial transformation.
Molecular Formula: ZnO-5wt%Ga
Appearance: White to light gray granules
Density: Approximately 5.60 g/cm³
Crystal Structure: Hexagonal Wurtzite (P6₃mc)
Inner Packaging: Vacuum-sealed bags and boxed to prevent contamination and moisture.
Outer Packaging: Cartons or wooden crates selected based on size and weight.
If you need any service, please contact us
