Features:

• High Purity:A purity level of 99.99% ensures stability in material performance.
• Excellent Conductive Transparency:Combines electrical conductivity with transparency, ideal for various optoelectronic applications.
• Customizable Specifications:Granule sizes can be tailored to customer requirements.

Applications:

1. Displays:Widely used in transparent conductive films for LCDs, flat screens, and plasma displays.
2. Touch Screens:Essential in the manufacture of touch screens and electronic paper.
3. Solar Cells:Acts as a transparent conductive film to enhance the efficiency of solar cells.
4. Optical Coatings:Utilized in infrared reflective coatings for buildings, automotive glass, and sodium vapor lamp glass.
5. Gas Sensors:Suitable for various gas sensors and anti-reflective coatings.
6. Lasers:Used in Bragg reflectors for VCSEL lasers.
7. High-Temperature Applications:ITO thin-film strain gauges can operate in environments exceeding 1400°C, such as in gas turbines and rocket engines.

Product Features

• High Purity:9% purity ensures high performance and reliability, suitable for high-precision optical applications
• Excellent Optical Performance:Refractive index of 1.52, ideal for a wide range of optical applications
• Wide Transparent Wavelength Range:Transparent from 220 nm to 12,000 nm, adaptable to various laser and fiber optic applications
• Efficient Laser Characteristics:Suitable for laser amplifiers and laser systems, enhancing energy output and signal transmission
• Versatile:Can be used in laser crystals, single crystal materials, fiber optic doping, and other high-precision applications

Applications

• Fiber Optic Communication:Ytterbium fluoride pellets are used for fiber doping to enhance fiber transmission performance
• Laser Technology:Widely used in the preparation and research of laser crystals and laser amplifiers, advancing laser device technology
• Optical Materials:As high-performance optical materials, suitable for lenses, optical sensors, and other optical devices
• Fluoride Glass Production:In the production and research of fluoride glasses, ytterbium fluoride pellets provide stable optical performance

Product Features

• High Purity:99% purity, ensuring superior performance and consistency
• Pellet Form:Pellet shape, easy to handle and process further
• Excellent Chemical Stability:Demonstrates great chemical stability, suitable for harsh industrial environments
• Precise Packaging:Vacuum packaging, carton or wooden box packaging, effectively preventing contamination and ensuring quality

Applications

• Phosphor Manufacturing:Widely used in the production of phosphors for TVs and displays, particularly in producing red light
• Microwave Technology:Yttrium iron garnet (YIG) is used as a core material for microwave filters, widely applied in communications and radar technology
• Semiconductors and Passive Components:Evaporated under vacuum conditions, widely used in the manufacturing of semiconductor materials and passive electronic components
• Laser and Optoelectronic Materials:Yttrium oxide is used in lasers and other optoelectronic devices, offering significant optical performance

Product Features

• High Purity:95% purity, ensuring excellent optical and physical properties
• Pellet Form:Convenient for processing and applications, suitable for industrial use
• Premium Packaging:Packaged in wooden boxes or wooden pallets, ensuring safe transportation and storage
• Chemical Stability:Yttrium fluoride exhibits good chemical stability, suitable for long-term storage

Applications

• Laser Materials:Used in the manufacturing of rare earth crystal laser materials, especially for high-performance laser systems
• Upconversion Luminescent Materials:Applied in optoelectronics and display technologies as upconversion luminescent materials
• Optical Fibers:A key component in fluoride optical fibers, widely used in optical communication and data transmission
• Optical Rotation Glass:Used in the production of fluoride optical rotation glass, applicable in optical fields
• Lighting Industry:Employed in arc lamps for carbon electrodes in lighting sources

Zinc oxide pellets are high-purity (99.99%) pale white, shiny metal oxides with diamagnetic properties. They are insoluble in water but soluble in acids and strong bases, making them widely applicable in various industrial fields.

Key Features

• Appearance:Pale white, shiny pellets
• Diamagnetism:Exhibits good diamagnetic properties
• Solubility:Insoluble in water, soluble in acids and strong bases
• Wide Applications:Significant use in multiple industries

Applications

1. Semiconductor Materials:Plays a crucial role in products such as liquid crystal displays (LCDs), thin-film transistors (TFTs), and light-emitting diodes (LEDs).
2. Rubber Industry:Used as a vulcanization activator, reinforcing agent, and pigment to enhance the physical properties of rubber.
3. Catalysts and Desulfurizers:The high active surface of nano zinc oxide enhances the selectivity and efficiency of catalysts.
4. Coatings:Serves as a filler, preservative, and luminescent agent with excellent UV shielding capabilities.
5. Glass and Ceramics:Acts as a flux to lower sintering temperatures and improve smoothness, while also providing antibacterial, mildew-resistant, and deodorizing properties.
6. Electronics Industry:A primary raw material for varistors and an additive for magnetic and optical materials.

Zinc sulfide pellets are high-purity (99.95%) pale yellow translucent particles with excellent physical and chemical properties. They have a high melting point of up to 1830°C and are widely used in optical and electronic fields.

Key Features

• Appearance:Pale yellow translucent pellets
• Density:1 g/cm³
• Molecular Weight:456
• Evaporation Source:B (Ta, Mo)
• Transparent Wavelength Range:400-14000 nm
• Evaporation Temperature:800°C at 10⁻⁴ Torr
• Refractive Index:35 (550 nm), 2.2 (2000 nm)

Applications

1. Optical Films:Used in cold light films, decorative films, optical filters, high-reflectivity films, and infrared films.
2. Fluorescent Materials:Serves as an important pigment and filler in battery screens, phosphors, and fluorescent luminescent materials.
3. Electronic Devices:Applied in semiconductor components, piezoelectric, optoelectronic, and thermoelectric devices.
4. Radiation Detection:Used as detector materials and window materials for ultraviolet radiation, anode rays, X-rays, gamma rays, and laser radiation.
5. Optoelectronic Devices:ZnS thin film heterojunction optoelectronic devices.

High-purity tin dioxide (SnO₂) pellets are premium transparent conductive materials, appearing white or light yellow with a density of 6.95 g/cm³, a melting point of 1630°C, and a boiling point of 1800°C. The pellets are uniformly distributed with high surface activity, suitable for a variety of industrial applications.

Key Features

• High Purity:With 99.9% purity, it meets the needs of advanced material production.
• Excellent Conductivity:Ideal for the production of transparent conductive thin films.
• High Surface Activity:Uniform particle distribution, with low bulk density and good dispersibility.

Applications

• Glass and Ceramics:Used in the smelting and production of opal glass, enamel, enamel glazes, ceramic glazes, and optical glass.
• Gas Detection:Utilized in manufacturing detectors and monitors for combustible, pollutant, and hazardous gases.
• Textiles:Serves as a mordant and weighting agent to improve colorfastness in fabrics.
• Electronics and Coatings:Suitable for transparent conductive films, anti-radiation, and electrostatic shielding coatings, as well as anti-counterfeit inks.
• Catalysis:Functions as a catalyst in organic synthesis.

Key Features

• High Purity: Available in 3N5 and 4N purity, ensuring stability and reliability in various applications.
• High Melting Point: With a high melting point, tungsten oxide is suitable for use in high-temperature environments.
• Chemical Stability: Tungsten oxide is insoluble in most acids and water, offering excellent chemical stability.
• Exceptional Magnetic Properties: Tungsten oxide exhibits negative magnetization, making it suitable for certain magnetic applications.

Applications
Tungsten oxide pellets are used across various industries due to their unique properties:

• Ceramics and Coatings: WO₃ is used as a pigment in ceramics and coatings, providing a bright yellow hue.
• Infrared Control Systems: Tungsten trioxide is employed in infrared non-contact window control systems, offering excellent thermal isolation properties.
• High-Temperature Applications: Due to its high melting point, WO₃ is used in environments requiring heat and corrosion resistance.
• Chemical Catalysis: WO₃ is also used as a component in certain catalysts, facilitating chemical reactions.

Key Features

• High Purity: Tungsten pellets have a purity of 99.95%, ensuring stable performance in a variety of high-end industrial applications.
• High Melting Point: With an extremely high melting point, tungsten pellets maintain excellent performance even in high-temperature environments.
• Low Thermal Expansion: Tungsten pellets have a low thermal expansion rate, providing superior thermal stability during high-temperature operations.
• Excellent Wear Resistance: Tungsten pellets are used in surface treatments to significantly enhance the wear resistance and impact strength of products.

Applications
Tungsten pellets have a wide range of applications across various industries:

• High-Frequency Infrared Analysis: Used as a fluxing agent in high-frequency infrared carbon-sulfur analysis, particularly in high-frequency reaction furnaces.
• Heating Elements: Due to their excellent high-temperature resistance, tungsten pellets are used to manufacture heating elements for high-temperature furnaces.
• Wear Resistance Treatment: Tungsten pellets are used for surface treatments, particularly in metal parts where they form wear-resistant layers, enhancing product durability and impact strength.
• Optical and Conductive Glass: Used as a high-purity additive in the production of conductive and optical glass, as well as ion plating.
• Tungsten Carbide Pellets: Used in surface cladding technologies to significantly improve the wear resistance of metal surfaces, commonly used in the manufacture of tungsten carbide welding rods and other tools, offering superior wear resistance compared to traditional welding materials.

Copper Oxide pellets are high-purity, dark brown particles with a molecular weight of 79.545 and a density between 6.3 and 6.9 g/cm³. They have a melting point of 1026°C and demonstrate slight hygroscopic properties. With a purity level of 99.9%, CuO pellets are widely used across chemical and advanced material industries and can be customized in various sizes.

Key Features

• High Purity:9% purity ensures stability and reliable application performance.
• Customizable Particle Size:Available in sizes ranging from 1-3 mm to 40-50 nm to meet diverse application requirements.
• Chemical Stability:Insoluble in water and ethanol; soluble in acid, ammonium chloride, and potassium cyanide solutions, and slowly dissolves in ammonia, while reacting with strong bases.

Applications

• Catalysts:Used as a burn rate catalyst in rocket propellants to enhance combustion speed and efficiency.
• Material Production:Essential for producing catalysts, superconductors, thermoelectric materials, sensing materials, glass, and ceramics.
• Electronics and Optoelectronics:Employed in ceramic resistors, magnetic storage media, gas sensors, photoconductors, and photothermal applications.
• Semiconductors and Energy:Applied in solar energy conversion, superconductor research, and high-tech semiconductor manufacturing.