What is a consequence of "triggering" during the application process?

What is a consequence of "triggering" during the application process?

• A. Delayed curing time
• B. Poor surface finish
• C. Improper resin to catalyst ratios
• D. Increased viscosity of the mixture

Answer: (C)

A consequence of "triggering" during the application process refers to an event where the resin starts to set or cure prematurely, often due to an improper ratio of resin to catalyst. The catalyst is responsible for initiating the curing reaction, and if it is not mixed correctly with the resin, it can lead to an uneven or insufficient reaction. This incorrect ratio can cause the material to cure too quickly or not fully at all, impacting the overall integrity and performance of the composite material being created. By having the proper resin to catalyst ratio, the curing process can be controlled effectively, allowing for the intended properties of the composite to develop fully. Therefore, triggering primarily affects the balance between these two components, making it critical for achieving optimal results.

A consequence of "triggering" during the application process refers to an event where the resin starts to set or cure prematurely, often due to an improper ratio of resin to catalyst. The catalyst is responsible for initiating the curing reaction, and if it is not mixed correctly with the resin, it can lead to an uneven or insufficient reaction. This incorrect ratio can cause the material to cure too quickly or not fully at all, impacting the overall integrity and performance of the composite material being created.

By having the proper resin to catalyst ratio, the curing process can be controlled effectively, allowing for the intended properties of the composite to develop fully. Therefore, triggering primarily affects the balance between these two components, making it critical for achieving optimal results.