ZN10093 Zinc Titanate Nanopowder

Zinc Titanate Nanopowder Description

Zinc Titanate Nanopowder, commonly represented as Zn₂TiO₄, features a controlled particle size distribution and high surface area. Its crystalline phase is confirmed by X-ray diffraction, ensuring minimal impurity content. The material’s structural properties enhance reaction kinetics in catalytic processes and chemical systems, making it suitable for various industrial research and production environments where consistent material behaviour is crucial.

Zinc Titanate Nanopowder Applications

1.       Catalytic Processes
   - Utilised as a catalyst support in chemical reactors to achieve enhanced reaction rates by leveraging its high surface area.
   - Applied as an active component in oxidation catalysts to facilitate efficient chemical conversions by utilising its defined crystalline structure.

2.       Materials Processing
   - Used as an additive in ceramic formulations to improve sinterability and uniformity by leveraging its stable thermal behaviour.
   - Serves as a processing aid in advanced composites to enhance material homogeneity through controlled particle dispersion.

3.       Environmental Remediation
   - Employed as a photocatalyst in pollutant degradation systems to attain accelerated contaminant breakdown by utilising its chemical inertness.
   - Applied in water treatment processes to reduce organic pollutants by leveraging its catalytic surface properties.

Zinc Titanate Nanopowder Packing

The nanopowder is packaged in sealed, moisture-resistant containers that guard against contamination and mechanical stress during transit. Inert liners and foam inserts cushion the product, while an outer robust container protects against external hazards. Storage should be in a cool, dry area away from direct sunlight. Custom packaging configurations are available upon request to address specific handling and storage conditions.

Frequently Asked Questions

Q1: What storage conditions are recommended for Zinc Titanate Nanopowder?
A1: The material should be stored in a cool and dry environment, ideally below 25°C, to prevent moisture absorption and particle agglomeration. Ensuring a contamination-free storage area is critical for maintaining its properties.

Q2: How does SAM verify the product’s particle uniformity?
A2: SAM employs X-ray diffraction (XRD) and transmission electron microscopy (TEM) to assess crystalline structure and particle size. This batch-wise quality inspection ensures uniformity in size distribution and phase composition.

Q3: Can Zinc Titanate Nanopowder be integrated into existing catalytic systems?
A3: Yes, its high purity and controlled particle size make it suitable for integration into established catalytic processes, where it enhances reaction kinetics and consistency in material performance.

Additional Information

Zinc compounds have been extensively studied for their catalytic and structural properties in various industrial applications. The ability to control particle size and purity in nanomaterials like Zinc Titanate plays an important role in optimising catalytic reactions and material processing techniques.

Understanding the chemical behaviour and phase stability of such compounds provides insights into their performance under different operational conditions. This broader perspective supports ongoing advancements in material science research and industrial process optimisation.