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KE AO CHEMICAL



13

2025

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06

Antioxidant Granulation Business: Diversified Processes Drive Industry Innovation and Development


In today's chemical and materials fields, antioxidants play an indispensable role, significantly delaying material aging and

Easy-Mix Granulation: Efficient Mixing, Quality First 
The easy-mix granulation process has unique advantages in the production of antioxidants. It integrates the two core functions of mixing and granulation. Through an advanced stirring system, it enables the uniform mixing of antioxidant raw materials with different properties in a short time and directly completes the granulation process. Its unique structural design allows the materials to undergo intense shearing, impact, and friction in the mixing cylinder, greatly improving mixing efficiency and granulation fineness.


In terms of mixing effect, the easy-mix granulator uses a high-speed rotating stirring device. The strong mechanical force and shear force generated can effectively break up the agglomerates of raw materials, and even materials with significant differences in properties can be uniformly mixed. This not only ensures the consistency of the final product composition but also makes the antioxidant performance more stable during application. For example, in the rubber industry, using antioxidants produced by the easy-mix granulation process can make the antioxidant performance of rubber products uniform in all parts, significantly extending the service life, and reducing the problem of overall performance degradation caused by local aging. 
In terms of granulation quality, the easy-mix granulator produces granules with uniform size and regular shape, meeting the strict requirements of different industries for product appearance and physical properties. Moreover, due to sufficient pre-mixing, the components inside the granules are uniformly distributed, ensuring that each antioxidant particle has a consistent effect when it works, providing strong support for the stability of the product quality of downstream enterprises. In addition, this process has a high degree of automation. Through an intelligent control system, key parameters such as stirring speed, mixing time, and granulation pressure can be precisely adjusted, reducing manual intervention, improving production accuracy and batch-to-batch consistency, reducing labor intensity, and significantly improving production efficiency.