Xuzhou Jiechuang New Material Technology Co., Ltd. (Hongwu Nano) supplies nano ATO powder and slurry in bulk.

Nano Antimony Doped Tin Oxide (ATO) appears as a blue powder and features high temperature resistance, corrosion resistance, and good dispersibility.
Nano ATO is a semiconductor material. Compared with traditional antistatic materials, nano ATO conductive powder has significant advantages, mainly reflected in good electrical conductivity, light color transparency, excellent weather resistance and stability, as well as low infrared emissivity. It is a **new multifunctional conductive material with great development potential**.

Nano ATO, a material with **conductivity, thermal insulation, electromagnetic shielding, and high cost-effectiveness**.
Particle size: <10nm, <100nm, purity 99.9%.
Chemical formula: SnO₂ : Sb₂O₃ = 90 : 10 or other ratios

The main applications of nano ATO powder.

1. Antistatic coating
Antistatic coatings represent the primary application market for nano ATO powder. By incorporating nano ATO powder as a conductive filler into matrix resins such as polyamide and acrylic, and selecting appropriate dispersion methods, nanocomposite transparent antistatic coatings can be produced. In nano ATO composite antistatic coatings, the conductive performance of the coating significantly improves only when the addition amount of nano ATO powder reaches a certain critical threshold. Further increasing the dosage of nano ATO does not greatly enhance the coating's conductive properties; on the contrary, it may negatively affect the coating's color, transparency, and mechanical properties. Additionally, the type of matrix resin, the amount of solvent used, and the preparation process all have a notable impact on the performance of the coating.

2. Antistatic Plastics
Currently, various inorganic conductive fillers (such as copper powder, silver powder, carbon black, etc.) are incorporated into polymer matrices to produce antistatic polymer materials with practical value. The volume resistivity of these composite materials can be adjusted over a wide range, and many of them have already been commercialized abroad. However, due to the poor dispersion of materials like carbon black in plastics, their low compatibility with plastics, and the alteration of product color, their application is somewhat limited. Nano-ATO powder, with its small particle size, good compatibility with plastics, and light color, broadens the application scope of conductive powders in plastics. To address the dispersion issue of nano-ATO powder in the base resin, special processes such as core-shell structures and multi-layer extrusion can be employed, which require the pre-preparation of nano-ATO conductive plastic masterbatch.

3. Antistatic Fibers
Nanometer inorganic powder modified fiber materials are gradually becoming an important development direction in fiber material modification. Compared with other types of antistatic fibers, nanoscale metal oxide antistatic fibers possess many unique and excellent properties, such as being unaffected by climate and usage environment, with good stability; nanoscale metal oxides are not easily detached from the fibers and are distributed relatively evenly; the fiber preparation process is simple; and the fibers have a wide range of applications, being usable in almost any situation requiring antistatic protection. New types of nanoscale transparent conductive powders are highly favored due to the transparency and excellent conductivity of their products.

There are three main approaches to using nano-ATO for antistatic treatment of chemical fibers:

1) When adding nano-scale ATO powder directly during fiber spinning, the key is the compatibility between the inorganic nano-scale ATO and the fiber material, which requires the addition of special dispersing aids.

2) During the dyeing process of raw materials (such as wool tops and polyester filaments), nano-scale ATO or its aqueous suspension is added to achieve dyeing and functionalization in one step.

3) Add nano-scale ATO aqueous suspension during the dyeing or finishing process of the grey fabric.

Fiber functionalization is an important development trend in synthetic fibers. China is a major producer and consumer of chemical fibers, and antistatic treatment of chemical fibers will be one of the key application markets for nano ATO powder.

4. Anti-radiation coating for monitors: anti-static, anti-glare, and anti-reflective.

According to the customer's requirements, we have also developed a highly dispersed nano ATO slurry that can be directly dispersed into the matrix for use.
Welcome to inquire and order nano ATO powder and slurry. 13250****** WeChat and mobile number are the same.