Materials Comparison: Steady State Thermal Conductivity of Eight Materials at 400, 600, 800, 1000, 1200, 1400, 1600, 1800 ° F
Based on the analysis illustrated below, ThermoDyne’s microporous materials possess the lowest thermal conductivity of any of the other common materials listed. It should be noted that the non-microporous materials are often used in applications where microporous materials are better suited, and microporous materials can easily be justified in most instances.
Based on the analysis illustrated below, ThermoDyne’s microporous materials possess the lowest thermal conductivity of any of the other common materials listed. It should be noted that the non-microporous materials are often used in applications where microporous materials are better suited, and microporous materials can easily be justified in most instances.
