Is it true or false that deburring is not recommended for composite assemblies due to their fibrous nature and tendency to delaminate?

Deburring is the process of removing sharp edges or imperfections from a material after machining or cutting. When it comes to composite materials, particularly those that are fibrous in nature, this process is approached with caution. The fibrous makeup of composites means they can be susceptible to delamination, which is the separation of layers within the material.

Due to this sensitivity, deburring methods that may work for metals or other materials could potentially damage the integrity of composite assemblies. This damage can lead to reduced strength, performance issues, and failures during operation. Consequently, it is not recommended to deburr composite assemblies unless specific methods and tools are used that take into account the unique properties of composites.

Thus, the assertion that deburring is not recommended for composite assemblies due to their fibrous nature and the risk of delamination is accurate. This understanding emphasizes the importance of using specialized techniques or tools when working with composite materials to maintain their integrity and functionality.