Which type of cutting blade is susceptible to damage from gasoline vapors?

Masonry cutting blades are generally designed to withstand high temperatures and abrasiveness associated with materials like concrete and brick; however, they are not specifically engineered to withstand exposure to gasoline vapors. Gasoline vapors can degrade certain materials used in the construction of the blades or lead to chemical reactions that may weaken the structural integrity of the blade, ultimately resulting in compromised performance or damage.

In contrast, carbide tip blades, designed for cutting harder materials, typically feature a tougher composition resistant to various environmental factors. Wood cutting and plastic cutting blades are crafted primarily for softer materials and do not generally encounter gasoline vapors within their intended use. They also lack the chemical sensitivity that masonry blades have regarding gasoline exposure, further safeguarding them from potential damage. This makes masonry cutting blades the correct choice when considering vulnerability to gasoline vapors.