Cadmium Sulfide Micron Powder (CdS, 99.9+%, 1 micron)

Description

Cadmium Sulfide Micron Powder (CdS, 99.9+%, 1 micron)

Cadmium Sulfide (CdS) Micron Powder is a high-purity (≥99.9%) inorganic cadmium compound produced with controlled micron-scale particle size. With an average particle size of approximately 1 micron, it provides homogeneous dispersion and process stability. The product offers reliable performance across various industrial processes due to its high temperature resistance and low moisture content.

Composition / Chemical Structure

• Chemical composition: Cadmium Sulfide (CdS)

• CAS No.: 68859-25-6

• Purity: ≥99.9%

• Physical form: Micron powder

• Average particle size (D50): ≈ 1.0 µm

Cadmium Sulfide is an inorganic compound that maintains its structural integrity under high-temperature conditions due to its crystalline structure and thermal stability.

Technical Properties

• Purity: ≥99.9%

• Average particle size (D50): ≈ 1.0 µm

• Thermal resistance: Up to 760 °C

• Moisture content: ≤0.4%

• Oil absorption: 25–40 g/100 g

• Appearance: Yellow Powder

• Physical structure: Inorganic, thermally stable

Application 

Chemical and Advanced Materials Industry

• Inorganic chemical syntheses

• Functional additive systems

• Heat-resistant compound formulations

• Special-purpose ceramic and composite systems

Electronics and Functional Materials

• Semiconductor-based research and production processes

• Optoelectronic and functional material development

• Technical applications requiring fine particle sizes

Paint and Coating Systems

• High-temperature-resistant industrial coating formulations

• Baked and oven-cured coating systems

• Technical and functional coatings for metal surfaces

• Specialized coating recipes requiring chemical and thermal resistance

• Special-purpose coating systems used for industrial equipment

Defense and Aerospace Industry (Indirect / Material-Based Use)

• Raw material component for high-temperature-resistant technical coatings

• Additive material for specialized polymers and composites used in defense systems

• Advanced material component for sensors, electronic subsystems, and functional surface applications

• Special formulations for R&D and prototyping purposes