What can cause increased friction in the reloading process?

In the reloading process, increased friction can significantly impact the performance and safety of ammunition. Using low-quality materials is a primary factor that contributes to increased friction during reloading. Low-quality components often fail to provide the smooth surfaces and precise dimensions necessary for optimal performance. These materials can lead to rough surfaces and irregularities that create more friction when components such as bullets, casings, and firearm chambers interact.

For instance, if a bullet or casing is manufactured from inferior materials, the surfaces may not be finished to the standards required for smooth operation. This can lead to difficulties during seating and crimping operations, increasing wear on tools and potentially leading to inconsistent ammunition performance.

In contrast, well-lubricated components typically reduce friction, allowing for smoother operation. Environmental humidity and high atmospheric pressure generally do not have a direct effect on the friction of materials in the reloading process in the same way that the choice of materials does.