Nano Materials

This metallic chromium powder combines excellent properties with flexible specifications. Its regular particle size ranges from 45 to 180um, suitable for multi-scenario application needs. With a purity of 99.5% to 99.95%, it features low impurity content and stable, reliable quality. Available in irregular and spherical morphologies, it meets different process adaptation requirements, boasting good chemical stability and physical performance. It is widely used in metallurgy, spraying, electronics and other fields.

High-purity gamma-phase alumina (3-6 μm), with a purity of over 99.99%, has precisely controllable particle size. It possesses excellent specific surface area, chemical stability and thermal conductivity, is resistant to acids and alkalis, and has few impurities. The high purity ensures efficient and stable performance in catalytic and adsorption applications. The narrow particle size distribution is suitable for precision coatings and electronic ceramics in high-end fields. The gamma-phase structure also gives it good dispersibility, making it easy to be compounded with other materials.

With a super-high purity of 99.99%, it has extremely low impurity content, effectively avoiding interference. It also features excellent high-temperature resistance and chemical stability, maintaining performance even in high-temperature environments. The particles are uniform and controllable, easy to disperse, and suitable for applications such as precision coatings and electronic ceramics. It has high insulation and mechanical strength, providing stable and reliable material support for high-end fields such as sensors and semiconductors, ensuring product accuracy and lifespan.

This product's purity reaches 99.99% min, with extremely low impurities, suitable for high-standard fields such as precision electronics and high-end ceramics; 2. Dual solid content options are available, ranging from 15 to 20% which is easily dispersible, suitable for coating / bonding scenarios; 20 to 50% concentration is high, meeting molding requirements; 3. PH value ranges from 1 to 6, adaptable to different systems, and the colloid is stable with good film-forming properties, featuring both temperature resistance and adhesion, applicable in various scenarios.

This water-based zinc oxide dispersion contains 50% high-concentration zinc oxide. It uses 100-200 nanometer powder particle size, which is evenly and stably dispersed without agglomeration. It also has excellent UV shielding, antibacterial properties and good compatibility with film-forming systems. It can easily blend with water-based coatings, cosmetics, adhesives and other systems. The high content reduces the addition amount and lowers costs. The nanometer particle size enhances the efficiency utilization rate. It is suitable for applications such as sun protection, anti-corrosion, and electronic coatings, and is the preferred functional additive for high-performance water-based systems.  

This product is a dedicated Al-Si10-Mg alloy powder for 3D printing, with particle size precisely controlled between 15~53μm, compatible with mainstream processes like SLM. Silicon enhances hardness and wear resistance, while magnesium enables lightweight properties, balancing strength and lightness. The narrow particle size distribution ensures excellent powder fluidity and a molding density of over 99.5%, and low oxygen content prevents printed parts from becoming brittle. It is suitable for manufacturing lightweight aerospace components, precision automotive parts and complex structural tools, providing reliable raw materials for high-precision 3D printing.

Cuprous oxide powder is a bright red to dark red crystalline powder with a core content of up to 97%. It has a high purity and few impurities, with uniform particle size and good dispersibility. Its chemical properties are stable, and it does not easily oxidize at room temperature. It also possesses excellent optical, catalytic, conductive properties, as well as antibacterial and light-blocking characteristics. It is widely used in ceramic glazes, ship anti-fouling coatings, catalysts, photonic materials, and glass coloring, etc., significantly enhancing the performance of end products.

Iron oxide powder is available in black, red, yellow, brown and other colors. It boasts pure, vivid hues with strong tinting strength, excellent weather resistance, acid-alkali stability and non-toxic environmental friendliness. As a high-quality pigment, it disperses well, covers evenly and won't fade, perfectly suitable for coatings, building materials, plastics, inks and more. A cost-effective coloring choice for industrial production and craft making, it ensures long-lasting, bright results.

The particle size of this product can be precisely controlled within the range of 1 - 100nm, with a purity of ≥ 99.9%. With its nano-level specific surface area and high reactivity, it performs exceptionally well in fields such as catalysis, electronic ceramics, and flame retardancy. It combines high efficiency with high purity, making it an ideal choice for advanced material research and industrialization.

Sodium alginate is derived from natural seaweed and is a safe and biodegradable polysaccharide. It has excellent water solubility and can quickly gel upon contact with metal ions such as calcium, forming a stable colloid. It also possesses good thickening, emulsifying and film-forming properties. In the food industry, it can be used as a thickener and stabilizer to enhance the taste and shelf life of products. In the pharmaceutical industry, it is an ideal drug carrier, helping with sustained-release drug administration. It is also widely used in cosmetics, dyeing and other fields, providing support for the improvement of product performance.

Our amorphous boron powder offers ≥85% minimum purity and uniform 1μm factory particle size. It delivers high chemical activity, strong thermal stability, and easy dispersion, fitting pyrotechnics, aerospace propellants, and semiconductor doping. No secondary grinding cuts costs, and low impurities guarantee stable end-product quality—ideal for high-demand industrial use.

This product has a purity of ≥ 99.8%, an original particle size of 20 nanometers. It has been modified with silane, showing excellent hydrophobicity and dispersibility, low water absorption, and the ability to efficiently regulate rheology. It can be used for thickening and preventing sedimentation in coatings, strengthening of silicone rubber, protection of cosmetics, and is also suitable for enhancing ceramics, preventing pollution of photovoltaic panels, and modifying lithium batteries. It is a core additive for high-end materials.  

Our product is a white powder with a particle size reaching the nano level and a purity of no less than 99.5%. It possesses both high dispersibility and strong chemical stability. With excellent photocatalytic activity, UV shielding ability and antibacterial properties, it is widely applied in fields such as cosmetics sun protection, self-cleaning of building coatings, and degradation of pollutants in water treatment. At the same time, it can be used as a modifier for lithium batteries to enhance cycle stability, and is also applicable in scenarios such as food packaging and biological materials. It is an efficient functional material for upgrading in multiple industries.  

Povidone Iodine(Pvp-I) powder is a highly versatile disinfectant raw material, available in two specifications: 10% effective iodine and 20% effective iodine. It meets various disinfection needs. Its advantages lie in its easy solubility, allowing it to be formulated into different concentration solutions as needed. It has a wide sterilization range and can quickly kill bacteria, fungi, and viruses. It is also highly safe, has low irritation to mucous membranes, and is suitable for medical, breeding, and daily chemical industries.  

As the renowned "King of Solid Lubricants", molybdenum disulfide (MoS₂) stands out with exceptional lubricity, high-temperature resistance (up to 450°C in air), and excellent wear reduction. Our MoS₂ powder, available in 1~30μm particle size (ideal for uniform coating and composite integration) and boasting 98% minimum purity (low impurities ensure stable performance), is a top choice for industrial applications. It excels in lubricating heavy-load machinery parts, metal forming tools, and high-speed bearings, while also enhancing the lubricity of greases, coatings, and polymer composites. Widely used in aerospace, automotive, and manufacturing sectors, it effectively reduces friction and extends equipment lifespan—trusted by professionals globally for reliable, long-lasting lubrication solutions.  

This product has a 99% high purity and an average particle size of 1 μm. It has good dispersion and few impurities. Hexagonal boron nitride at high temperatures is resistant to high temperatures and can be used to produce boron nitride release agents, electronic heat dissipation components, and high-temperature lubricants; while cubic boron nitride at low temperatures has a low cost and is suitable for use as abrasive materials for grinding tools, fillers for plastics and rubber, and insulation coatings, and is applicable to multiple industrial scenarios.