Calcium Oxide Micron Powder ( CaO, 99.95+ %,< 5 µm )

Calcium Oxide Micron Powder (CaO, 99.95+%, <5 µm) is a high-purity material valued for its exceptional reactivity, thermal stability, and versatility in industrial applications. With a particle size of less than 5 micrometers and a purity of 99.95+%, this powder is widely used in industries such as construction, ceramics, metallurgy, and environmental remediation. Its fine particle size and high purity make it suitable for precision applications and advanced material processes.

1. Key Properties

High Purity (≥99.95%) ensures minimal impurities, delivering consistent performance in high-precision and industrial applications.

Fine Particle Size (<5 µm) provides a large surface area, enhancing reactivity and uniform dispersion in composites and chemical processes.

Thermal Stability Maintains performance at high temperatures, making it suitable for refractory and metallurgical applications.

High Reactivity Reacts readily with water and acids, forming calcium hydroxide and other compounds, essential in construction and chemical processes.

Alkaline Nature Acts as a strong base, making it valuable in pH adjustment, neutralization, and environmental applications.

Chemical Compatibility Easily integrates into diverse chemical systems, enhancing its utility in industrial formulations.

2. Applications

Construction Materials Used in cement, mortar, and lime-based products to improve setting, strength, and durability.

Ceramics and Glass Enhances the properties of ceramics and glass, contributing to improved thermal resistance and material strength.

Metallurgy Plays a role as a flux in steelmaking and metal refining processes, aiding in impurity removal and slag formation.

Environmental Remediation Used in water treatment and flue gas desulfurization to neutralize acidic pollutants and remove impurities.

Chemical Synthesis Serves as a precursor in the production of calcium-based compounds and in various industrial chemical processes.

Refractories Contributes to the production of high-temperature resistant materials used in kilns, furnaces, and industrial linings.

3. Advantages

Enhanced Reactivity The fine particle size ensures rapid and efficient reactions, particularly in construction, chemical, and environmental applications.

High Purity The 99.95+% purity guarantees reliability in applications requiring stringent material standards, such as electronics and advanced ceramics.

Versatility Suitable for a broad range of applications, from construction to high-performance materials and environmental solutions.

Thermal and Chemical Stability Maintains integrity and functionality under extreme conditions, ensuring long-term performance in industrial uses.

Eco-Friendly Applications Its role in pollution control and environmental remediation supports sustainable industrial practices.

4. Recent Trends and Research

Advanced Construction Materials Research focuses on improving the performance of lime-based products for modern construction techniques.

Environmental Technologies Studies investigate CaO’s role in advanced water purification and carbon capture systems.

Energy Storage Emerging applications include its use in thermochemical energy storage systems due to its high thermal stability.

Nanotechnology Development of nano-calcium oxide for enhanced reactivity and performance in precision applications.

Green Chemistry Research is exploring CaO’s use in sustainable chemical processes and as a catalyst for eco-friendly synthesis.

5. Future Prospects

Sustainable Construction Calcium oxide will continue to play a pivotal role in green building materials and energy-efficient construction practices.

Advanced Ceramics and Glass Its contribution to high-performance ceramics and glass manufacturing will expand with technological advancements.

Pollution Control Calcium oxide’s use in environmental remediation will grow, particularly in addressing air and water pollution.

Energy Solutions Its potential in thermochemical storage and renewable energy systems will drive innovation in energy technology.

High-Performance Chemicals The demand for pure and reactive materials will sustain CaO’s importance in advanced chemical and industrial applications.

With its 99.95+% purity, <5 µm particle size, and exceptional reactivity, Calcium Oxide Micron Powder (CaO, 99.95+%, <5 µm) is a vital material for a variety of industrial and high-precision applications. Its role in construction, environmental solutions, and advanced material processing underscores its significance in modern engineering and technology.