Zinc Oxide Extra Pure
 Zinc Oxide Extra Pure is a high-purity, white, fine powder used extensively in laboratory, research, and pharmaceutical-grade formulations. Renowned for its amphoteric character, it reacts with both acids and bases, making it highly versatile in chemical synthesis and pH-related experiments. In laboratory research, it plays a key role in analytical chemistry, photocatalysis, pigment studies, and semiconducting material research. It is also valued in pharmaceutical and cosmetic R&D for its antimicrobial, UV-reflective, and healing properties. In environmental and materials science labs, Zinc Oxide is studied for its potential in pollutant degradation, corrosion resistance, and nanomaterial development. Its Extra Pure grade ensures suitability for applications demanding precise, consistent purity and low impurity levels. Although generally safe to handle, care should be taken to avoid inhaling fine dust or releasing large amounts into aquatic environments due to its toxicity to aquatic life.
Zinc Phosphate Extra Pure
Zinc Phosphate Extra Pure is a white, fine, odorless powder composed of trizinc diphosphate with high chemical stability and purity suitable for analytical and material science applications. It is widely used in laboratories for phosphate-based reactions, corrosion inhibition research, and dental material development. Known for its minimal solubility in water and compatibility with dilute acids, it serves as a stable phosphate source in various experiments. It is especially valued in lab-scale surface treatment simulations, pigment formulation testing, and environmental remediation trials. Zinc Phosphate’s inertness under standard conditions and non-toxic classification make it a preferred choice for controlled reactivity studies, inorganic synthesis, and coatings R&D. Proper handling is required due to its dusty nature, although it is considered non-hazardous under most regulatory frameworks.