The particle size and purity of sulfur powder (7704 34 9 cas or cas no 7704 34 9) directly affects its application effect, which will then be subject to continuous improvement by technicians. In the future, the ultra-fine technology will be further applied, and the particle size of sulphur powder can be further reduced to micron or even nano level through the advanced process of airflow crushing and mechanical grinding. Not only does ultrafine sulphur powder have a larger specific surface area, it can also significantly improve its dispersibility and reactivity in rubber mixing and chemical reactions. In the meantime, there is a growing demand for high purity sulphur powder.
Due to the increasing global awareness of environmental protection, we actively follow the national policy, leading to the production and use of sulphur powder also facing higher environmental protection requirements. Conventional sulphur powder production process generates dust pollution and harmful gas emission, which will affect the working environment and may also cause damage to the ecological environment. So in the future sulfur powder suppliers will greatly likely to use closed production equipment and efficient dust removal system, which can effectively reduce dust emissions; through the improvement of the vulcanisation process, reduce the migration of sulfur powder in rubber products, reduce the pollution of the environment. In addition, the development of biodegradable sulfur powder products will also become the future direction of research, especially in the field of agriculture, environmentally friendly sulfur powder can replace some of the chemical pesticides to reduce the pollution of soil and water.
With the arrival of the industry 4.0 era, the production process of sulphur powder will also gradually achieve intelligence and digitalisation. Through the introduction of advanced control systems and data analysis technology, the precise control and optimisation of the production process of sulfur powder can be achieved. Using sensors and IoT technology, the temperature, pressure and particle size distribution of sulphur powder in the production process can be monitored in real time to ensure the stability of product quality. Through big data analysis, the production process can be optimised to reduce energy consumption and production costs. In addition, intelligent production can also improve the production efficiency of sulphur powder, shorten the delivery cycle, and meet customer demand for customised products.