How does 1050 aluminum disc perform at high temperatures? Is it suitable for high temperature applications?

The performance characteristics of 1050 Aluminum Circle at high temperatures are mainly affected by the characteristics of its aluminum alloy itself. Aluminum alloy has good thermal stability and certain corrosion resistance. The melting point of aluminum alloy is about 660°C (1220°F), and it still maintains certain thermal stability at high temperatures. However, the strength and hardness of 1050 Aluminum Circle will decrease significantly with increasing temperature. In addition, aluminum is easily oxidized in high temperature environments to form an oxide layer. Although it can provide certain corrosion protection, it may still undergo rapid oxidation and corrosion under some extreme high temperature and oxidizing conditions.

Therefore, 1050 Aluminum Circle is suitable for high temperature applications in the low to medium temperature range, such as applications in the range of 100°C to 200°C. This includes applications such as components of some light industrial equipment, heat exchangers and heat sinks. In addition, it can also be used as an auxiliary component of thermal insulation materials or in high temperature environments that require high thermal conductivity and certain corrosion resistance.

1050 Aluminum Circle is not suitable for high temperature environments exceeding 200°C, nor for long-term use under high load and high stress conditions, as its strength and stability may not meet these requirements.

Therefore, when selecting 1050 Aluminum Circle for high temperature applications, it needs to be evaluated and selected based on the specific temperature conditions, mechanical requirements and corrosion resistance to ensure that it can provide reliable performance and service life in the expected environment.