CAS NO:55310-46-8 SBEC/DBDTC/DIBENZYLDITHIOCARBAMIC ACID SODIUM SALT

1.Rubber industry
2.Metal processing and analysis testing
3.Fine chemicals and others

As a sulfurization accelerator, it precisely addresses four core pain points: low production efficiency, poor process safety, poor product performance, and difficulty in meeting environmental compliance requirements. At the same time, it is suitable for the mainstream production needs of thin products, while also considering cost reduction and quality control.

As a rubber ultra-speed vulcanization accelerator, the core vulcanization mechanism is that under the action of the activator (ZnO), active sulfur is rapidly decomposed and produced, which reacts with the rubber molecular chains to form cross-links, while itself participates in the formation of a rubber - accelerator complex, achieving low-temperature, rapid and uniform vulcanization. This belongs to the typical reaction path of thioaminoformate type ultra-speed accelerators. The entire process consists of activation, sulfur production, cross-linking vulcanization and stabilization in four steps. And due to its structural characteristics (dibenzyl substitution), it has the advantages of fast vulcanization speed and high flame retardancy safety.

 As a rubber vulcanization accelerator, its core advantages focus on five aspects: ultra-fast vulcanization, process safety, performance improvement, environmental compliance, and formulation compatibility. Moreover, multiple advantages are combined, making it the preferred choice for thin rubber products under low-temperature conditions.

Adapt to three major systems: natural rubber, synthetic rubber and latex. The core application scenario is thin products under low-temperature vulcanization. The vulcanization temperature and addition ratio of different rubber types need to be precisely controlled according to the type of rubber, the form of the product (solid rubber / latex), and the production process.