Cordite

The production of cordite required a high degree of precision and caution.

The ammunition factory stored cordite in a secure and controlled environment.

The shooting range prohibited the use of cordite due to its potential environmental hazards.

The smell of cordite lingered in the air after the fireworks show ended.

The factory produces large quantities of cordite for use in rockets.

The detective recognized the smell of cordite at the crime scene.

The hunter carefully loaded his gun with cordite before heading out into the woods.

The explosion was so powerful that it blew apart the cordite casing.

The museum had a display of vintage firearms and their cordite cartridges.

The athlete used cordite cartridges to launch clay pigeons in the shooting competition.

The soldiers trained for hours on how to safely handle cordite ammunition.

The British Army replaced black powder with cordite as their standard propellant in the late 19th century.

The smell of cordite lingered in the air after the firing range exercise.

The factory workers handled the cordite pellets with great care.

The gunsmith had to use cordite to make the ammunition more powerful.

The military scientist developed a new cordite formula for improved weapon performance.

The soldiers had to be trained on how to properly handle cordite ammunition.

The cordite used in the machine gun caused it to fire with incredible speed and precision.

The battleship's guns thundered as the cordite propelling charges ignited.

The navy SEAL team used cordite as their standard ammunition during covert operations.

The sailors stored the cordite in a secure location on the ship.

The smell of cordite filled the air after the firing range exercise.

The hunting guide recommended using cordite cartridges for long-range shots.

The navy had to order more cordite to replenish their supply.

The ammunition factory worker was responsible for producing high-quality cordite.

The ammunition factory produced cordite for use in rifles and cannons.

The forensic scientist identified the suspect based on traces of cordite found on their clothing.

The sailors loaded the cordite shells into the naval artillery guns.

The explosive power of cordite revolutionized warfare.

The soldier carefully handled the cordite as he prepared the ammunition for his rifle.

The chemist analyzed the composition of cordite to determine its properties.

The scientist conducted experiments to improve the quality of cordite.

The soldier replaced the cordite in his rifle cartridges during training.

The cordite used in military ammunition is different from the one used in civilian firearms.

The clay pigeon shooter used cordite to make sure that his shotgun shells produced a consistent shot.

The manufacturer produced cordite in large quantities for the military.

The gun enthusiasts discussed the advantages of cordite over other types of gunpowder.

The hunter loaded his shotgun with cordite before setting out on his trip.

The fireworks manufacturer mixed cordite with other chemicals to create spectacular displays.

The explosive power of cordite is greater than that of black powder.

The scientist analyzed the composition of cordite to determine its properties.

The forensic team found traces of cordite on the suspect's hands.

The history museum has a collection of old cordite cartridges.

The weapons expert identified the type of cordite used in the bullet that caused the fatal injury.

The gun enthusiast argued that cordite is superior to black powder in terms of accuracy and power.

The forensic expert found traces of cordite in the crime scene, indicating the use of a firearm.

The soldiers had to be careful not to expose the cordite to heat or flames.

The use of cordite in military weapons led to the development of smokeless powder.

The ammunition factory produces tons of cordite each day to meet the military's demand.

The gunsmith explained to the customer that cordite is the standard propellant used in modern firearms.