Titanium dioxide magnetic beads are magnetic microparticle carriers coated with titanium dioxide nanoparticles, widely used in phosphopeptide enrichment in biological samples. With high specificity, ease of use, and efficiency, these beads are particularly suited for single-step enrichment of phosphopeptides in mass spectrometry-based proteomics analysis. Their surface properties enable strong affinity for both mono- and multi-phosphorylated peptides.

Key Features

• High Specificity: Titanium dioxide magnetic beads exhibit high specificity towards phosphopeptides, efficiently enriching phosphopeptides from complex biological samples.
• Chemical Stability: These beads maintain excellent chemical stability and can be used in various chemical environments without degradation.
• Enhanced Analysis Throughput: By simplifying the phosphopeptide enrichment process, these beads increase analytical throughput and efficiency.
• Compatible with Mass Spectrometry: Enriched phosphopeptides are highly suitable for mass spectrometry analysis, accelerating proteomics research and phosphoproteomics studies.

Applications

• Proteomics Analysis: Extensively used in mass spectrometry-based proteomics research for the enrichment of phosphopeptides, helping to study protein phosphorylation and post-translational modifications.
• Drug Development: In drug screening and development, titanium dioxide magnetic beads can rapidly enrich target proteins or peptides, facilitating research into drug mechanisms of action.
• Biosensors & Detection: Utilizing the magnetic and optical properties of titanium dioxide magnetic beads, they can be incorporated into innovative biosensors for detecting biomolecular interactions and diagnostics.

Key Features

• Excellent Thermal Reflection: Effectively reflects near-infrared light, reducing heat accumulation and enhancing the heat insulation effect of coatings.
• Rutile Structure: Surface-treated with inorganic materials to enhance the weather resistance and service life of coatings.
• Small Particle Size: Particle size ≤100nm ensures uniform dispersion in coatings, ensuring high efficiency and stability.
• High Purity: ≥95% purity ensures superior performance, making it suitable for a variety of high-end coating applications.

Applications

• Building Exterior Coatings: Used in exterior wall coatings, roof coatings, and other architectural surfaces to provide excellent thermal insulation.
• Coatings for Steel Sheets: Suitable for steel surface coatings to improve weather resistance and heat insulation.
• Container Coatings: Used on container surfaces to enhance heat resistance and protective performance.
• Textile Coatings: Provides heat resistance and UV protection for textiles.
• Marine and Automotive Coatings: Applied in marine and automotive coatings (including interior parts, dashboards, leather coatings) to enhance heat resistance.
• Agricultural Greenhouse Films: Used in greenhouse films to help regulate temperature and promote crop growth.
• Other Plastic Films: Improves heat insulation properties of plastic films.

Key Features

• Excellent Water Dispersibility: Achieves uniform dispersion quickly, facilitating easy processing and integration into various systems.
• Low Oil Absorption: Reduces consumption and production costs, providing cost-efficient performance.
• High Gloss and Hiding Power: Enhances the surface finish and color saturation of plastics and coatings.
• Organic Coating Treatment: Improves compatibility with plastics and solvents, expanding its application range.
• Low Iron Content: Ensures high purity and stability, minimizing adverse effects in applications.

Applications

• Plastics Industry: Used as a base material for masterbatches, enhancing the gloss and color performance of plastic products.
• Coatings and Paints: In coatings and paints, it boosts gloss and coverage, improving surface aesthetics and durability.
• Other Applications: Suitable for various products containing titanium dioxide, particularly those requiring enhanced dispersion and surface properties.

Key Features

• High-Temperature Resistance: Stable at temperatures up to 600°C, suitable for high-temperature environments.
• Excellent Gloss and Dispersion: Provides a brilliant gloss and uniform particle size, ensuring excellent dispersion in formulations.
• Good Weather Resistance: Demonstrates stable performance in harsh environments, including exposure to UV light and moisture.
• Low Oil Absorption: Features low oil absorption, which improves the uniformity of coatings and rubber compounds.
• Wide Application: Versatile in use across various industrial and consumer products, including coatings, plastics, rubber, and more.

Applications

• Engineering Plastics: Used in the production of polyvinyl chloride (PVC), polyolefins, and other plastics to enhance durability and stability.
• Rubber: Improves the performance of rubber products by increasing abrasion resistance and aging resistance.
• Coatings: Applied in road markings, cookware coatings, steel plate coatings, and more, providing excellent temperature resistance and long-lasting gloss.
• Cosmetics: Serves as a pigment in cosmetics, contributing to a smooth texture and stable color.
• Inks: Utilized in the production of high-temperature resistant inks, ensuring color retention even under heat exposure.

Key Features

• Photocatalytic Properties: Effectively decomposes harmful substances, making it ideal for environmental applications such as air purification and water treatment.
• Enhanced Material Performance: Improves strength, wear resistance, and washability of coatings, increasing durability and performance.
• Excellent Film-Forming Ability: Forms smooth, uniform coatings, suitable for a variety of surface treatments.
• High Surface Activity: Contains charged hydroxyl groups, enhancing the penetration and adhesion of materials.
• Large Surface Area: Provides more active sites, boosting catalytic activity and material performance.

Applications

• Photocatalysts and Catalyst Supports: Widely used in photocatalytic reactions and environmental protection applications, including air and water purification.
• Building Coatings: Applied to interior and exterior walls, furniture surfaces, and glass, enhancing durability and aesthetics.
• Paints and Latex Coatings: Improves coating strength, wear resistance, and smoothness, increasing the longevity and quality of the finish.
• Fluorescent Lamps and Coatings: Used in fluorescent lamp coatings to enhance light efficiency and durability.
• Papermaking Industry: Utilized as a coating material to improve paper surface quality and brightness.
• Textile Finishing Additives: Increases the wear resistance, water resistance, and overall durability of textiles.
• Cosmetics: Incorporated into cosmetic formulations to enhance product stability and performance.

Key Features

• High Purity: ≥99.9% purity, ensuring superior performance and stability.
• Excellent Surface Area: The high surface area enhances the conductivity and reaction efficiency of battery materials.
• Low Processing Agent Content: Contains minimal additives, ensuring that the battery material’s overall properties remain unchanged and performance is optimized.
• Improved Battery Performance: Increases the structural stability of both cathode and anode materials, thereby enhancing battery cycle life and efficiency.

Applications

• Cathode Materials: Used in the production of lithium cobalt oxide (LiCoO₂), lithium manganese oxide (LiMn₂O₄), lithium iron phosphate (LiFePO₄), and ternary materials to improve stability and performance.
• Anode Materials: Ideal for lithium titanate (Li₄Ti₅O₁₂) and other anode materials, enhancing conductivity and extending cycle life.

Key Features

• High Photocatalytic Performance: Efficiently degrades pollutants, with phenol degradation ≤50 mg/l and COD degradation ≤150 mg/l, ensuring effective pollutant removal.
• Ultra-Small Particle Size: The 3-7nm particle size provides a large specific surface area (100-300 m²/g), enhancing catalytic efficiency.
• Hydrophilicity: Strong hydrophilicity promotes efficient reactions in aqueous environments, facilitating pollutant removal.
• No Grinding Required: Disperses easily in water with gentle shaking, making it simple to handle and use.

Applications

• Ceramics: Used in the production of photocatalytic ceramic materials, enhancing their pollution resistance.
• Wastewater Treatment: Acts as a photocatalyst for wastewater treatment, effectively degrading organic pollutants.
• Coatings: Applied in photocatalytic coatings to improve the anti-pollution and antibacterial properties of the surface.
• Building Materials & Glass: Photocatalytic treatment of building materials and glass surfaces to reduce air pollutants.
• Plastics: Enhances the antibacterial and anti-pollution properties of plastic surfaces.

Key Features

• Excellent Dispersion: High specific surface area and fine particle size facilitate rapid and uniform dispersion on textile surfaces.
• Hydrophilic Surface Treatment: Improves the hydrophilicity of textile materials, enhancing comfort for wear.
• Enhanced Photocatalytic Function: Exhibits antibacterial, UV-blocking, and stain-removal properties, greatly enhancing the functionality of textiles.
• Low Dosage: Typically used at ≤1% addition, helping to reduce production costs while maintaining effectiveness.

Applications

• Textile Industry: Used for surface treatment of textiles to improve UV protection, antibacterial, and stain-resistance properties.
• Functional Fabrics: Widely used in outdoor sportswear, home textiles, and other fabrics with special functional requirements.
• Eco-friendly Textiles: Applied in the development of environmentally friendly textiles with features like antibacterial, anti-odor, and anti-mold properties.

Key Features

• Rutile Crystal Structure: Provides excellent UV scattering capabilities, effectively blocking both UVB and UVA rays.
• Particle Size Control: The particle size ranges from 20-200nm, ensuring high transparency in cosmetic products and uniform distribution.
• High Purity: TiO₂ content ≥92%, ensuring optimal sunscreen performance and high-quality product formulation.
• Surface Treatment: Various surface treatments (such as silica coating, alumina coating, etc.) to adjust hydrophilic or hydrophobic properties, meeting diverse cosmetic formulation requirements.
• Hydrophilic and Hydrophobic Options: Offers flexibility in selection based on the formulation needs, enhancing compatibility and performance.

Applications

• Cosmetics: Used in sunscreens, moisturizers, foundations, and skincare creams to provide effective UV protection.
• Cleansers and Lotions: Serves as a protective agent in cleansers and lotions, helping to shield and hydrate the skin.
• Powdered Products: Incorporated into pressed powders to deliver sunscreen benefits and improve skin radiance.

Key Features

• High Purity: Titanium dioxide content ≥99.8%, ensuring the stability of electronic components.
• Optimal Particle Size: Particle size of 100-200nm enhances material dispersion and functionality in electronic components.
• Excellent Specific Surface Area: Provides better reactivity and surface activity to meet high-performance requirements for electronic devices.
• Strong Adaptability: Demonstrates excellent performance across various electronic applications, adhering to strict technical standards for electronic-grade materials.

Applications

• Current Limiting Protection Components: Used in the manufacture of circuit protection elements.
• Demagnetization and Start-up Components: Provides stable electrical performance during demagnetization and start-up processes.
• Heating Elements (PTC): Applied in thermistors and self-resetting components.
• Multilayer Ceramic Capacitor (MLCC) Components: Ensures essential electrical performance in high-performance capacitors.
• Microwave Components: Utilized in electromagnetic wave transmission and control in microwave technology.
• Piezoelectric Components: Used in sensors and actuators for precise sensing and control.
• Circuit Board Fillers: Improves electrical performance when used as a filler in circuit boards.
• Lithium Battery Materials: Enhances the performance of lithium batteries.
• Optoelectronic Materials: Widely used in photonic conversion and display materials.