Find over 220 reloading powders further below for which we offer load data. You can easily check if your desired propellant is part of it. Search and filter by name, brand, burn rate and application. We cover all known brands and currently available rifle, pistol and revolver propellants.
We provide the following information for each propellant: typical application, density, bulk density, relative powder burn rate.This helps you to find a substitute for your favorite powder should a particular propellant not be available at times. For a quick powder comparison also see our burn rate chart.
Reloading Powder: How It's Produced, Handled, and Stored
Reloading powder is an essential component in the process of reloading ammunition. Powder serves as a propellant for bullets, providing the force necessary for them to travel along their trajectory. Powder is a controlled substance because of its explosive nature; it requires special handling and storage procedures for safety reasons.
Understanding how powder is produced, handled, stored, and used are all important parts of maintaining safe working conditions during the reloading process. Powder production begins with the acquisition of ingredients from suppliers in bulk form. These ingredients usually consist of nitrocellulose or nitroglycerin mixed with other substances such as stabilizers and lubricants. The mixing process can take place either wet or dry depending on the supplier’s manufacturing process. The powder is then dried by heat before being compressed into granules using high-pressure rollers or a press with an adjustable die plate system. The finished product is then packaged in airtight containers and sold to industrial customers or reloaders who purchase it separately or as part of a reloading kit.
When handling and storing powder, certain safety precautions should be taken to prevent accidental fires or explosions due to static discharge or friction sparks from flammable materials. Powder should always be kept away from sources of heat and moisture; it should also be stored in a sealed container away from any combustible materials that could ignite it inadvertently. Additionally, if more than one type of powder is kept in the same storage area, they should be labeled clearly to avoid any confusion when loading cartridges with multiple powders at once.
The burning rate of powder refers to how quickly it burns when ignited by a primer during the shooting process. Different types of powders have different burning rates; some will burn faster than others, which can affect accuracy and velocity of the bullet as well as overall performance when shooting targets. For instance, fast burning powders are best suited for low-velocity rounds while slower burning ones provide better results with higher velocity rounds like magnum loads. Powder selection plays an important role in producing consistent results when shooting because slight variations between different types can cause inaccuracies at longer distances due to subtle changes in chamber pressure over time.
In conclusion, reloading powder plays an integral part in handloading ammunition safely and accurately so understanding how it’s produced, handled, stored, and used are all key factors for achieving desirable results when shooting targets or hunting game animals. Taking the proper safety precautions outlined above will help ensure that no unintentional accidents occur while using this powerful propellant during the loading process. Additionally, selecting the right type of powder based on its burning rate will make sure that shots fired produce consistent results within acceptable parameters regardless of caliber size or distance traveled after ejection from the barrel.