A high-quality automobile air intake pipe should have good high-temperature resistance, which is usually achieved in the following ways:

1. Material selection: Select high-quality materials with high temperature resistance to manufacture air intake pipes, such as high-temperature heat-resistant plastics, high-temperature heat-resistant rubber and stainless steel. These materials have good high temperature resistance, can maintain stability in high temperature environment, and are not easy to deform or age.

2. Cooling design: through the design of air inlet pipe, increase the heat dissipation area or adopt internal cooling structure, effectively reduce the surface temperature of pipeline, reduce heat conduction and improve high temperature resistance.

3. Thermal insulation layer: add thermal insulation layer on the surface of air intake pipe, such as ceramic coating, thermal insulation material coating, etc., to reduce heat conduction, block the influence of high temperature on pipeline, and improve high temperature resistance.

4. Cooling system: A cooling system, such as a ventilation cooling device and a cooling fan, is arranged around the air intake pipe to cool down in time, reduce the temperature of the pipeline and improve the high temperature resistance.

5. Structural design: the structure of air intake pipe is designed reasonably to avoid excessive thermal stress on the pipeline in high temperature environment, reduce the influence of thermal expansion on the pipeline and improve the high temperature resistance.

To sum up, many factors such as material selection, cooling design, thermal insulation layer, cooling system and structural design need to be considered comprehensively to realize the high temperature resistance of automobile air intake pipe. Through scientific and reasonable design and manufacturing technology, the air intake pipe can work stably in high temperature environment, prolong its service life and improve the performance and reliability of the engine.