Heavy Nanospherical Zinc Oxide: Leading a Revolutionary Breakthrough in the High-Tech Materials Field Against the backdrop of the rapid development of the modern high-

2025-08-27 09:04

Against the backdrop of the rapid development of the modern high-tech materials industry, the demand for functional nanomaterials is growing increasingly, especially in the fields of 5G communication, high-end electronic manufacturing, advanced textile technology, and efficient thermal management. Although traditional nano-zinc oxide has certain characteristic advantages, its low tapped density (usually only 0.3 g/cm3) and irregular morphology have severely restricted the effectiveness and scope of its industrial applications. To address this bottleneck, Zhaoqing Xinrunfeng High-Tech Materials Co., Ltd., leveraging two decades of technical accumulation and R&D experience, has successfully launched the domestically pioneering "Heavy Nanospherical Zinc Oxide". With its outstanding performance indicators and broad application prospects, this product has become an ideal alternative to imported high-end zinc oxide products.

I. Core Product Characteristics

This product boasts the following breakthrough performance indicators:

Significantly Improved Tapped Density: Reaching 2.0 g/cm3, it is far higher than the 0.3 g/cm3 of traditional nano-zinc oxide. The high tapped density greatly increases the active ingredients per unit volume of the material, which is conducive to enhancing the filling rate of composite materials and the physical properties of the final products.
Concentrated Particle Size Distribution and Uniform Morphology: The D50 particle size is strictly controlled at 50 nanometers, and scanning electron microscope (SEM) images show that its sphericity is as high as 90%. High sphericity not only improves the fluidity and dispersibility of the material but also significantly enhances its interface bonding ability.
Ultra-High Purity and Stable Performance: The zinc oxide content is as high as 99.8%, with almost no impurities. This characteristic ensures the chemical stability and consistency of the product when applied in high-end fields.

These performance parameters are not only pioneering in China but also reach the international advanced level, breaking the long-term dependence on imported high-end nano-zinc oxide.

II. Application Prospects in Multiple Fields

Based on its unique physical and chemical properties, Heavy Nanospherical Zinc Oxide demonstrates broad application potential in several important industrial fields:

5G Electronic Devices: In the era of 5G high-frequency and high-speed communication, electronic components have higher requirements for heat dissipation and electromagnetic shielding. This product can be used to manufacture high thermal conductivity plastics, ceramic matrix composites, and metal-based heat sinks, effectively improving the heat dissipation efficiency and reliability of devices.
Manufacture of Ultra-High Thermal Conductivity Materials: In thermal management systems such as high-power LEDs, IGBT modules, and power batteries, adding this product can significantly improve the thermal conductivity of thermal conductive silica gel, thermal conductive silicone grease, and thermal conductive engineering plastics while maintaining excellent electrical insulation performance.
Functional Spinning and Textile Engineering: It is applied in the development of antibacterial and mildew-resistant fibers, far-infrared fibers, and conductive fibers. Benefiting from the nano-size effect and the natural antibacterial property of zinc ions, the fiber products not only possess thermal conductivity, UV resistance, and antibacterial functions but also maintain good spinnability and wearing comfort.
High-Efficiency Catalyst Carrier: Owing to its high specific surface area and regular morphology, this material can be used as a high-performance carrier in the field of chemical catalysis, significantly improving reaction efficiency and the service life of catalysts.
High-End Rubber and Composite Materials: In the tire industry, sealing materials, and high-performance shoe materials, it can be used as an efficient activator and thermal conductive functional filler to enhance the wear resistance, aging resistance, and uniform thermal conductivity of products.

III. Domestic Substitution and Technological Self-Reliance

At present, the domestic high-end nano-zinc oxide market has long been monopolized by European, American, and Japanese enterprises. Through independent R&D, Zhaoqing Xinrunfeng Co., Ltd. has successfully realized the localization and large-scale production of this material, and the product performance is fully comparable to or even superior to imported products. This not only helps downstream enterprises reduce raw material costs and shorten the supply chain cycle but also holds strategic significance for China's new materials industry to achieve independent controllability and technological upgrading.

IV. Conclusion

The launch of Heavy Nanospherical Zinc Oxide marks a solid step forward for China in the field of high-performance nanomaterials. Its excellent comprehensive performance and broad application adaptability indicate that it will exert a far-reaching impact on several key industries. Zhaoqing Xinrunfeng High-Tech Materials Co., Ltd. will continue to adhere to the concept of "innovation-driven, quality-first" and work with partners from all sectors to promote the progress and application expansion of new materials technology.

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