How does di-tert-butyl organic peroxide decompose?

Di-tert-butyl organic peroxide is an initiator and is widely used in mechanical synthesis. For example, it can be used as a photosensitizer, diesel additive, synthetic resin initiator, unsaturated polyester, and cross-linking agent for silicone rubber. How does it break down? Di-tert-butyl organic peroxide includes acid-catalyzed synthesis, base-catalyzed synthesis, autoxidative synthesis, and metal-catalyzed synthesis. It breaks down organic peroxide molecules and contains peroxide bonds, so there is a risk of cutting. It can release and release a large amount of heat at lower temperatures, forming a self-accelerating reaction, which can also to thermal runaway or even thermal explosions. Among organic peroxides, di-tert-butyl organic peroxide is relatively stable. This stability will allow it to be stored at room temperature without changing its properties. In addition, this organic peroxide is not very sensitive to impact and is therefore easier to transport.