What is a vulcanized agent used for?

Chemical Structure: Specification: It is mainly used as vulcanized agent and accelerator for natural rubber and artificial rubber. Under vulcanizing temperature, it can decompose active sulfur, whose content is 27%. In cross linking reaction, it mainly forms monosulphur bond. Its usual use level is 0.5-2 orders.

What is dtdm used for?

Applications in Rubber Product Manufacturing: DTDM finds extensive use in the production of various rubber products, including: Tires: It is commonly used in tire manufacturing as a vulcanizing agent, ensuring optimal performance, durability, and tread wear resistance.

What is ddtm used for?

Chemical name: DDTM, 4,4'-Dithiodimorpholine (CAS NO 103-34-4).It is mainly used as vulcanization agent and accelerator for natural rubber and artificial rubber. Under vulcanizing temperature, it can decompose active sulfur, whose content is 27%. In cross linking reaction, it mainly forms mono-sulfur bond.

What are the characteristics of dtdm?

2. Characteristics of DTDM: Vulcanizing agent: DTDM acts as a sulfur-based vulcanizing agent, providing efficient cross-linking between rubber molecules during the vulcanization process. Slow curing speed: It offers a slow curing speed, allowing for extended processing and molding times in rubber production.

What are the benefits of dtdm rubber?

Good heat resistance: DTDM enhances the heat resistance of rubber products, making it suitable for applications exposed to high temperatures. Excellent mechanical properties: It improves the tensile strength, tear resistance, and elongation of rubber products, enhancing their overall performance and durability.

Can dtdm be combined with other accelerators and additives?

DTDM can be combined with other accelerators and additives to achieve specific performance requirements. Some common combinations include: DTDM and sulfur: This combination is widely used in tire manufacturing and other rubber applications, providing efficient vulcanization and improved aging resistance.