What Materials Are Used in Carbon Dioxide Recovery Equipment?

The selection of materials for carbon dioxide recovery equipment requires a balanced consideration of corrosion resistance, mechanical strength, sealing integrity, and adaptability to specific operating conditions.

 

Metallic Materials: Metallic materials occupy a pivotal position in CO2 laser systems, including substances such as stainless steel, aluminum alloys, copper, and iron. These materials possess excellent mechanical properties and corrosion resistance, making them suitable for manufacturing components capable of withstanding high pressure and high temperatures-specifically, the external housings and internal structural elements of the laser unit.

 

Non-metallic Materials: Non-metallic materials also find extensive application within CO2 laser systems, encompassing substances such as plastics, rubber, ceramics, and glass. These materials are typically utilized in the fabrication of auxiliary components and sealing elements for the equipment-such as connecting tubes, sealing rings, and observation windows. Characterized by their lightweight nature, wear resistance, and ease of processing, non-metallic materials effectively contribute to reducing the overall weight of the equipment while simultaneously enhancing its operational lifespan.