Understanding accelerants is crucial in forensic science, engineering, and other fields where controlled chemical reactions are essential.
They are commonly used in contexts such as fire investigation where they can indicate arson, in construction to speed the curing of building materials, and in sulfur vulcanization to produce rubber products such as tyres.
Various types of accelerants exist, including liquids, solids, and gases, each with specific properties and applications.
Each method offers distinct properties to the rubber, tailored to specific applications and performance requirements.
When accelerants such as oxygen-bearing liquids and gases (like NO2) are used, fires produce more heat, consume fuel more quickly, and spread quicker.