What factor primarily influences the choice of terminal clips for high-temperature applications?

The choice of terminal clips for high-temperature applications is primarily influenced by the temperature resistance of the terminal materials. In high-temperature environments, it is crucial for components, including terminal clips, to maintain their integrity and functionality without degrading or failing due to heat exposure. Materials used in terminals must possess high heat resistance to withstand the temperature fluctuations and prolonged exposure typically found in such applications.

This means that terminal clips made from metals with high melting points or specially designed insulating materials that can endure high temperatures without losing their structural or electrical properties are preferred. This focus on temperature resistance ensures reliable connections in environments like commercial kitchens or industrial settings where those high temperatures are standard.

Other factors, while they hold significance in their own right, do not predominantly determine the suitability of terminal clips for high-temperature applications. For instance, electrical conductivity is essential for any electrical component, but high-temperature resilience is more critical in this specific context. The ease of installation and aesthetic appeal may be relevant in other scenarios but do not influence the material choice in high-temperature situations where performance and safety are the top priorities.