Which type of saw blade can be negatively affected by gasoline vapors?

Masonry saw blades are specifically designed to cut through tough materials such as concrete, brick, and stone. However, these blades can be negatively affected by gasoline vapors primarily due to the materials they are made of, which often include brittle bonding agents or resins that can degrade when exposed to harsh chemicals, including gasoline fumes.

When gasoline vapors come into contact with these materials, they can weaken the bond and integrity of the blade, leading to reduced performance and increased risk of failure during use. In a firefighting or rescue situation, ensuring that tools are maintained and that their components are not compromised by harmful substances is critical for safety and effectiveness.

In contrast, wood, metal, and ceramic saw blades are less susceptible to damage from gasoline vapors due to the different materials and construction methods used in their design. Each of these blade types is engineered for specific cutting applications that do not typically involve exposure to gasoline or similar chemicals, making them less vulnerable in this context.