9oz CO2 – Ballistic Tank

9oz CO2 – Ballistic Tank paintball CO2 Tank

Construction and Capacity

The Pin-Valve Bottle is made of high-quality aluminium, making it both durable and lightweight. With a 9-oz capacity, this CO2 bottle is an ideal solution for a variety of needs, including home brewing, aquariums, and paintball guns. The aluminium construction also provides resistance against corrosion and wear, ensuring that you can rely on this CO2 bottle for many years to come.

Ballistic 9oz CO2 Pin-Valve Bottle

The Pin-Valve Bottle is made of durable, lightweight aluminium. With a 9-oz capacity, it’s perfect for home brewing, aquariums, and paintball guns. The aluminium resists corrosion, ensuring long-lasting use.

9oz CO2 – Ballistic Tank is Refillable

One of the key advantages of the Bottle is its refillable design. This allows you to save money and reduce waste by refilling your CO2 bottle instead of buying a new one each time it runs out. This also makes it a more eco-friendly solution, as you are reducing the amount of waste generated from disposable CO2 cartridges.

This chart shows an estimated amount of how many shots you will get from your CO2 tank. These values generally represent a standard outdoor temperature of 20º C. Additional conditions apply, which are listed at the bottom of the page.

• Shots per tank depends on the velocity of your marker. If you use a longer barrel, you are using a more volume of gas to propel the paintball to the desired velocity. The more the gas used, less shots per tank, obviously. Certain low-pressure markers alternately require a minimum length for the barrel; this if you use a shorter length then more gas will similarly be required.
• With both CO2 and HPA, the colder the temperature becomes, the less shots per tank. This is because when the temperature lowers, so does the tank pressure. When tank pressure lowers, volume of gas used increased, and efficiency decreases.
• Pressure will begin to equalize itself with the outside air for the split-second that the gun’s valve is open (when you fire the marker). For that brief moment the tank’s temperature will drop slightly in accordance to the gas being pushed out, and as said before when temperature drops so does pressure, and when pressure drops you get less shots per tank. After the tank is closed off from the outside air, its temperature begins to normalize again, albeit slowly. Usually the tank does not get enough time to re-normalize the temperature of the gas thus you get less shots then theoretically possible. Because of this the numbers listed below are more theoretical then practical, as in if you were to fire your marker once per minute you would see higher values, however while playing you will probably see a bit less.
• Keep in mind that different markers experience different efficiency rates.