Tips for mixing CBS with other accelerators

With the development of rubber and synthetic rubber manufacturing enterprises in the Southeast Asian market (such as Thailand, Indonesia, Malaysia), especially in the manufacturing process of tires and industrial rubber products, CBS (N-cyclohexyl-2-benzothiazole sulfenamide) As an important vulcanization accelerator, it shows significant advantages.

CBS characteristics and applications

The data shows that CBS can significantly increase the vulcanization speed and improve the anti-aging properties of the rubber. When mixed with DM, TMTD and other accelerators, it can generate longer sulfur bridges and improve the elasticity and wear resistance of rubber products.

Top tips for mixing

In practice, rubber properties can be optimized by mixing CBS with different accelerators. For example, using a combination of CBS and TMTD can increase the vulcanization speed while preventing blistering and scorching problems. In addition, CBS is mixed with DCBS (Dicyclohexyl-2-benzothiazole sulfenamide) to maintain excellent processing safety over a wider temperature range.

Practical application cases in the Southeast Asian market

A well-known Thai rubber products company not only significantly improved the wear resistance of tires but also reduced production costs by optimizing the ratio of CBS and other accelerators. Statistics show that the company's vulcanization efficiency has increased by 15% and the finished product scrap rate has decreased by 10%.

To sum up, in the Southeast Asian market, the rational mixing of CBS and other accelerators can not only improve product performance and production efficiency, but also significantly reduce costs. This gives rubber product manufacturers a clear competitive advantage.