introduction
A common question from reloaders – do I need to worry about static electricity when handloading? Are there safety concerns?
Similarly, some handloaders blame static electricity for propellant/powder sticking together in a powder measure or on other equipment. Read on for the truth about reloading and static electricity, as well as some tips to prevent any issues.
Static Electricity & Reloading
A common question from reloaders – do I need to worry about static electricity when handloading? Are there safety concerns?
Similarly, some handloaders blame static electricity for propellant/powder sticking together in a powder measure or on other equipment. Read on for the truth about reloading and static electricity, as well as some tips to prevent any issues.
How to Stop Static Electricity When Reloading
A low-cost method of reducing or eliminating static electricity in your reloading process is to wipe down equipment and tools periodically (more so in dry conditions) with a drier or fabric softener sheet.
You can also help your reloading area’s environment prevent or reduce static charge or buildup by using a humidifier, opening a window, or using an air ionizer.
Another method is to utilize an anti-static spray that can be sourced from many retailers. Avoid spraying this into your powder.
If you want to get fancy, an antistatic strap, or antistatic safety boots could also be used but using these items may not give you enough juice for the budget squeeze.
conclusion
End of the day: Managing static electricity in your reloading process will help keep powder from sticking or clumping in your equipment. Avoid static electricity to make your reloads more consistent and speed up your reloading time by reducing frustrations with powder sticking to everything.
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