Rubber accelerator is a commonly used processing aid, mainly used in the production process of Rubber Products to improve the processing performance and performance stability of rubber. However, not all rubber products are suitable for the use of rubber accelerators. Firstly, rubber accelerator is suitable for use in natural rubber and some synthetic rubbers, such as styrene-butadiene rubber, nitrile rubber, granular polyvinyl chloride rubber and so on. However, for some special rubber types, due to the differences in their structure and properties, rubber accelerators may not be suitable and may even have a negative impact on their performance. Therefore, when selecting a rubber accelerator, it is necessary to select it according to the specific rubber type and experimentally verify its suitability.
Secondly, even if a rubber product is suitable for the use of rubber accelerators, it is necessary to determine whether or not to use them according to the specific requirements of the product. Different rubber accelerators have different properties and may have different effects on the performance of the product. Rubber accelerators are mainly used to improve the processing performance and performance stability of rubber, which can make the rubber flow and mould release easier during processing, and improve the heat resistance and ageing resistance of the products. However, for some products, such as special-purpose rubber products or products requiring other performance needs, it may be necessary to select other specific accelerators.
In addition, the amount of rubber accelerator to be used needs to be determined according to the specific product requirements. Too high or too low an amount may have a negative effect on the performance of the product. Too high a dosage may result in a decrease in the hardness, strength and other properties of the rubber product, while too low a dosage may make the processing of the rubber difficult or even impossible to meet the requirements of the product. Therefore, when using rubber accelerators, it is necessary to determine the appropriate amount of use according to the specific product requirements and test results. In conclusion, rubber accelerator is not suitable for all rubber products. When selecting rubber accelerator, it is necessary to consider the type of rubber, product requirements and the amount of use and other factors, and through the experiments to verify its suitability. At the same time, it is also necessary to pay attention to the amount of rubber accelerator to ensure that the products can meet the corresponding performance requirements.
