How to choose the right CO2 tank size for paintball. What are the differences between aluminum and carbon fiber tanks. How does tank weight affect gameplay. Which valve systems are best for paintball CO2 cylinders. Why are anti-siphon tubes important for CO2 tanks.
Selecting the Optimal CO2 Tank Size for Your Paintball Needs
Choosing the right CO2 tank size is crucial for an optimal paintball experience. Tank sizes typically range from 8 oz to 68/4500 psi, with each offering distinct advantages. Larger tanks provide more shots between refills, while smaller ones offer enhanced maneuverability.
A 50oz tank is ideal for extended play sessions, delivering a high shot count before needing a refill. On the other hand, a 20oz tank offers greater agility, perfect for fast-paced speedball games. For those seeking a balance between capacity and mobility, 32oz or 48oz tanks present an excellent middle ground.
When selecting a tank size, consider your playing style, game duration, and physical comfort. It’s also crucial to ensure compatibility with your marker’s regulators and fittings. Most tanks feature standard threaded bottlenecks and pin valves, but it’s always wise to double-check before making a purchase.
Capacity vs. Maneuverability: Finding the Right Balance
Is a larger tank always better? Not necessarily. While a high-capacity tank allows for longer play times, it can also hinder movement and affect your overall performance. Consider these factors:
- Game type: Woodsball might benefit from larger tanks, while speedball favors smaller, more maneuverable options.
- Physical fitness: Heavier tanks can tire you out faster, especially during long games.
- Refill availability: If refills are readily available, a smaller tank might suffice.
- Marker compatibility: Ensure your chosen tank size doesn’t throw off your marker’s balance.
Aluminum vs. Carbon Fiber: Choosing the Right Tank Material
The material of your CO2 tank significantly impacts its performance and durability. The two primary options are aluminum and carbon fiber, each with its own set of advantages and drawbacks.
Aluminum Tanks: Budget-Friendly and Durable
Aluminum tanks are the more economical choice, offering solid performance at a lower price point. They’re known for their durability and ability to withstand rough handling. However, their main drawback is weight – aluminum tanks are significantly heavier than their carbon fiber counterparts.
Carbon Fiber Tanks: Lightweight Performance
Carbon fiber tanks represent the pinnacle of paintball tank technology. These tanks are incredibly lightweight, often weighing less than half of an equivalent aluminum tank. This weight reduction translates to improved agility and reduced fatigue during long games. The trade-off is a higher price point and potentially less durability in extremely rough conditions.
Which material is best for your paintball CO2 tank? Consider these factors:
- Budget: If cost is a primary concern, aluminum tanks offer good value.
- Play style: Speedball and scenario games benefit from the lightweight nature of carbon fiber tanks.
- Durability needs: For rough woodsball games, aluminum might be more suitable.
- Frequency of play: Serious players may find the investment in a carbon fiber tank worthwhile for its performance benefits.
The Impact of Tank Weight on Paintball Performance
The weight of your CO2 tank can significantly influence your gameplay. A lighter tank enhances maneuverability, allowing for quicker movements and reduced fatigue during extended play sessions. However, it’s essential to balance weight considerations with capacity needs.
Typical aluminum 20 oz tanks weigh around 1.5 lbs, while carbon fiber alternatives can weigh under 1 lb. This weight difference becomes more pronounced with larger capacities. For instance, a 68/4500 carbon fiber tank might weigh half as much as its aluminum counterpart.
How Tank Weight Affects Different Play Styles
- Speedball: Lightweight tanks are crucial for the fast-paced nature of speedball, where quick movements and snap shooting are common.
- Woodsball: Weight is less critical in woodsball, where players often move slower and take cover. Heavier tanks may be acceptable here.
- Scenario games: For long scenario games, a balance between weight and capacity is ideal to maintain stamina throughout the event.
- Tournament play: Competitive players often opt for the lightest possible setup to maximize their agility and endurance.
Remember, while ultra-light tanks offer superior maneuverability, they may sacrifice some durability. Consider your playing environment and handling when deciding between weight and ruggedness.
Optimizing Performance: Choosing the Right Valve System
The valve system on your CO2 tank plays a crucial role in performance and usability. Different valve types offer varying levels of control, consistency, and convenience.
Pin Valves: Reliable and Common
Pin valves are the most common type found on paintball CO2 tanks. They’re simple, reliable, and compatible with most fill stations. However, they don’t offer the ability to quickly shut off gas flow.
On/Off Valves: Enhanced Control
On/off valves allow you to quickly cut off the gas supply to your marker. This feature is particularly useful for maintenance and safety. It also helps conserve gas when not in use.
Anti-Siphon On/Off Valves: Tournament-Grade Performance
For serious players, anti-siphon on/off valves offer the best performance. These valves prevent liquid CO2 from entering the marker, resulting in more consistent velocity and better overall performance.
Do anti-siphon valves really make a difference? Absolutely. They help maintain consistent pressure throughout the tank’s use, preventing the “velocity drop” often experienced as tanks empty. This consistency is crucial for competitive play where every shot counts.
The Importance of Anti-Siphon Tubes in CO2 Tanks
High-end paintball CO2 tanks often feature internal anti-siphon tubes. These tubes run the length of the cylinder and serve a critical function in maintaining consistent performance.
How Anti-Siphon Tubes Work
Anti-siphon tubes trap liquid CO2 at the bottom of the tank, ensuring that only gaseous CO2 enters your marker’s regulator. This mechanism is crucial for several reasons:
- Consistent velocity: By preventing liquid CO2 from entering the marker, shot velocity remains more stable.
- Improved accuracy: Consistent gas pressure translates to more predictable ball trajectories.
- Reduced “velocity drop”: As the tank empties, you’re less likely to experience sudden drops in shot power.
- Marker protection: Liquid CO2 can damage internal marker components, so keeping it out of the system is beneficial.
Are anti-siphon tubes necessary for all players? While casual players might not notice a significant difference, competitive players and those seeking optimal performance will appreciate the benefits of an anti-siphon system.
Ensuring Compatibility: Choosing the Right Fill Nipple
The fill nipple is a crucial component of your CO2 tank, as it’s the point where the tank is refilled. Ensuring compatibility between your tank’s fill nipple and the fill stations at your local field or store is essential for hassle-free play.
Types of Fill Nipples
Most modern paintball CO2 tanks use standard pin valve designs for their fill nipples. However, some older fields or stores may still use prestolite fillers. It’s important to know which type your local facilities use.
Tips for Ensuring Compatibility
- Research local fields: Contact your local paintball fields to inquire about their fill station types.
- Bring your tank when buying: If purchasing in-store, bring your tank along to test the fill nipple compatibility.
- Consider adaptable options: Some fill nipples can be adapted to work with different fill station types.
- Ask for guidance: Don’t hesitate to seek advice from experienced players or store staff about local compatibility issues.
By ensuring your fill nipple is compatible with local fill stations, you’ll save time and avoid frustration when it’s time to refill your tank.
Navigating CO2 Tank Sizes: 20oz vs. 50 Caliber
While paintball CO2 tanks come in various sizes, two of the most popular options are the 20oz and 50/68 ci cylinders. Each size offers distinct advantages, catering to different play styles and preferences.
20oz Tanks: Compact and Agile
The 20oz tank is a favorite among speedball players and those who prioritize maneuverability. Its compact size makes it ideal for close-quarters combat and fast-paced games. Benefits of 20oz tanks include:
- Lightweight and easy to carry
- Perfect for smaller paintball guns
- Improved agility and speed on the field
- Suitable for shorter games or fields with readily available refills
50/68 ci Tanks: Extended Play and Stability
Larger 50oz or 68ci tanks are preferred by players who want extended play times between refills. These tanks are particularly popular in woodsball and scenario games where players might be on the field for extended periods. Advantages of 50/68 ci tanks include:
- More shots between refills
- Better suited for longer games or all-day events
- Can provide more stable shooting platform for some markers
- Ideal for fields where refill stations are not readily accessible
When choosing between 20oz and 50/68 ci tanks, consider your playing style, the typical duration of your games, and the availability of refills at your usual playing fields. Remember, while larger tanks offer more shots, they also add weight to your setup, which can affect mobility and fatigue levels during long games.
When it comes to paintball, having the right CO2 tank is crucial for performance and enjoyment. The size and capacity of your CO2 cylinder impacts how long you can play between fills, while construction material affects weight and durability. With so many options on the market, choosing the best CO2 tank for your needs can be a challenge. This comprehensive guide breaks down the key factors to consider and provides tips for selecting, filling, and maintaining paintball CO2 cylinders so you can dominate the battlefield.
What Size CO2 Tank Do You Need for Paintball?
Paintball CO2 tanks come in a range of sizes, from small 8 oz cylinders up to large 68/4500 psi rated tanks. Consider both capacity and physical size/weight when choosing a size. Larger tanks like 50oz provide more shots between fills, while smaller 20 oz sizes are more maneuverable. Meet in the middle with a 32 or 48 oz tank for a good balance. You’ll also need to match your tank to your marker’s regulators and fittings. Standard threaded bottlenecks and pin valves ensure compatibility.
Aluminum vs Carbon Fiber Construction
Most paintball CO2 tanks are made from either aluminum or wrapped carbon fiber. Aluminum is cheaper but heavier, while carbon fiber is extremely lightweight yet more expensive. Carbon fiber tanks are preferred for speedball and scenarios needing agility, while aluminum works fine for casual woodsball play. Check the tank’s certification hydrostatic test dates and only buy from reputable companies like Ninja, Empire, and Pure Energy.
Consider Weight When Choosing Your Cylinder
Since you’ll be running around with it strapped to your marker, the weight of your CO2 tank matters. Typical aluminum 20 oz tanks weigh around 1.5 lbs, while carbon fiber tanks can be under 1 lb. This extra maneuverability helps when playing speedball or making flanks. Just beware that ultra-light paintball tanks sacrifice some ruggedness. Heavier and bulkier tanks can also throw off your marker’s balance.
Best Valve System for Paintball CO2 Cylinders
Look at the type of valve your paintball CO2 tank uses, as this impacts performance. Pin valves are common and reliable, while on/off valves allow quick gas cutoff. For tournament-level play, opt for an anti-siphon on/off valve system to maximize shot consistency and minimize velocity drop as the tank empties. This prevents CO2 liquid from entering the marker.
Anti-Siphon Tubes Prevent CO2 Liquid Transfer
High-end CO2 tanks for paintball include an internal anti-siphon tube that runs the length of the cylinder. This tube traps liquid CO2 at the bottom, ensuring only vapor enters your marker’s reg. This results in more stable velocity and shot consistency during rapid firing as you won’t experience “velocity drop.”
Get a Fill Nipple that Matches Your Field
When purchasing a new CO2 tank, ensure the fill nipple adapter fits the fill stations at your local field or store. Most use standard pin valve designs, but some may still have older prestolite fillers. Bring your tank along when buying so you can test the nipple before use. This saves hassle and lets you start playing faster.
Pick Between 20oz and 50 Caliber Sizes
While there are many sizes, two of the most common options for paintball CO2 tanks are 20 oz and 50/68 ci cylinders. The compact 20 oz is great for close quarters speedball and fits smaller paintball guns well. For more shots, a 50oz tank works nicely. Just be mindful of the added weight on a large 50ci cylinder.
Look for High-Quality Brand Name Tanks
Stick with well-known brands like Ninja, Empire, Proto, and Pure Energy when buying CO2 cylinders for paintball. These companies consistently produce high-end tanks that meet all safety certifications. Their fiber-wrapped designs are lightweight yet durable enough for tournament play. Off-brand paintball CO2 tanks often cut corners.
Buy New and Certified Tanks
Always purchase new and currently certified CO2 cylinders for paintball from authorized dealers. Check the latest hydrostatic test date stamped on the tank. Avoid old, used tanks that may be past their certification dates or damaged internally. You don’t want faulty or corroded tanks – it’s a safety hazard.
Shop Online for the Best Paintball CO2 Tank Deals
While you can sometimes find paintball CO2 tanks at local shops, the best prices and selection are often online. Stores like ANSgear, Lone Wolf, and PunishersPB have huge inventories of paintball air tanks from all major brands. Take advantage of free shipping offers and bundled deals.
Package Deals Can Save Money on Paintball Gear
When buying gas cylinders for paintball, look at combo deals that include masks, packs, and loaders along with CO2 tanks. This allows you to save money and get all your gear in one purchase. Some stores even bundle discounted extra tank refills.
Learn Proper CO2 Filling Procedures
Before using your new CO2 tank, learn the proper procedures for getting it filled safety. Wear eye protection when filling and make sure to bleed pressure from the tank before disconnecting the fill nipple. Avoid overfilling paintball air tanks beyond their rated capacity.
Use CO2 Safely – Avoid Skin Contact
CO2 can cause frostbite when it directly contacts exposed skin, so exercise caution. Always wear gloves and eye protection when handling paintball CO2 cylinders. Turn your face away during the fill process and when first opening the valve. Have a towel ready to insulate the tank if needed.
Maintain Your Paintball CO2 Tank
With regular use, properly maintaining your CO2 tank ensures safe operation. Check o-rings for cracking or drying and lubricate them periodically. Also inspect the valve and fill nipple for dirt buildup or damage that can prevent proper sealing. Follow hydrostatic retest dates.
Equipped with the right CO2 tank, paintball becomes even more exciting. Apply these tips when buying and using CO2 cylinders to enhance your experience. Choose a tank size, material, and features that match your style of play. Then maintain it properly so you’re always ready for action on the field.
When gearing up for paintball, one of the most important pieces of equipment is the CO2 or compressed air tank that powers your marker. While functionally similar, paintball air tanks come in two main construction types – aluminum and carbon fiber. Understanding the differences between aluminum and carbon fiber CO2 cylinders helps ensure you pick the right tank for your needs.
Paintball CO2 Tanks – Aluminum vs Carbon Fiber Construction
Aluminum CO2 tanks have been around for years and are known for being affordable, readily available, and plenty durable for casual play. But in recent years, carbon fiber tanks have become the gold standard for tournament-level speedball and scenario games where lightweight and high performance matter most.
Here’s a closer look at how aluminum and carbon fiber compressed air tanks compare:
Weight
One of the biggest differences is weight – carbon fiber tanks are much lighter while aluminum is heavier. A standard 68/4500 aluminum tank weighs around 2.5 lbs empty, while a carbon fiber 68/4500 cylinder from Ninja can weigh under 1.5 lbs. This makes a huge difference when running around a speedball field all day or making tactical flanking moves.
Durability
Aluminum CO2 tanks are plenty tough and can withstand dents and drops that would damage cheaper steel cylinders. However, carbon fiber stretched over an aluminum or composite core has excellent strength-to-weight characteristics. Quality carbon fiber tanks maintain PSI integrity and resist cracking better than bare aluminum alone.
Performance
When talking shot consistency, carbon fiber’s increased burst pressure capacity combined with better pressure retention means more stable velocity. Carbon fiber tanks also tend to have higher-end valve and reg systems. For peak tournament performance, nothing beats a carbon fiber tank.
Price
There’s no denying that carbon fiber tanks cost more – often 2-3 times the price of aluminum. But for competitors, the improved experience and durability are worth it. If on a budget, aluminum tanks work great for recreational play and scenarios. You can always upgrade later.
Looks & Customization
Carbon fiber tanks simply look cool, with their glimmering woven exterior. You also see more color and graphic customization options compared to basic aluminum. While not everyone cares about looks, for some players aesthetics are important.
So should you choose aluminum or carbon fiber? While carbon fiber is superior, aluminum is still a solid choice at lower price points. Consider playing style and budget when deciding. Just know that whichever material you choose, inspecting the tank’s certification hydrostatic test date for safety is a must.
When matched with the right loader, regulator, and marker, a carbon fiber or aluminum CO2 tank serves as the powerhouse delivering consistent, accurate shots downrange. Optimize your gear with the right tank for your style and experience level.
A complete paintball setup is only as good as the tank supplying air or CO2 to the marker. When choosing a paintball CO2 cylinder, one of the key factors to weigh is the overall weight of the tank. Lugging around a heavy tank all day can wear you down and limit maneuverability on the field. Going too light, however, could sacrifice durability.
Consider Weight When Choosing Your Paintball CO2 Cylinder
Paintball CO2 tanks range anywhere from 8 ounces up to large 68 ci 4500 psi sizes. Ounces of capacity don’t always equal pounds of weight though. The material used in constructing the tank – whether aluminum, steel, or carbon fiber – has a major influence on the weight.
Aluminum Tanks – Solid but Heavy
Aluminum is a common material for compressed air cylinders. It’s affordable, readily available, and has good strength. But aluminum is also fairly heavy compared to composites. A standard 20 oz aluminum CO2 tank weighs around 1.5 lbs.
Carbon Fiber – Light yet Durable
Premium carbon fiber wrapped tanks provide an excellent strength-to-weight ratio. Leading brands like Ninja and First Strike make carbon fiber air tanks under 1 lb for a 20 oz size. This extreme lightness improves handling.
Steel – Heavy and Outdated
Early steel paintball CO2 tanks have been phased out by aluminum and carbon fiber. Steel is heavy, prone to rust, and only rated up to 3000 psi. Avoid old used steel tanks if possible.
Balance and Fatigue
APaintball requires constant motion and agility. Spending all day with a 3 lb tank on your marker can lead to fatigue, especially on your arms, shoulders, and back. This puts you at a disadvantage late in matches. Every ounce matters.
Maneuverability
When using heavy tanks, making quick moves and snap shooting accurately is tougher. Lighter paintball air tanks allow faster reaction time and better run-and-gun play. Don’t be weighed down unnecessarily.
Just remember that the lightest carbon fiber tanks sacrifice some ruggedness. Avoid ultra-light designs for scenarios and wood play where durability matters. Find the right balance of weight vs protection to suit your game.
Your CO2 or compressed air tank anchors your gear setup, so make weight a priority when choosing a cylinder for paintball. Go as light as your style and budget allow so you can battle from first whistle to last without wearing down.
A paintball CO2 tank’s valve system plays a crucial role in consistent air delivery and overall performance. While basic pin valves work fine for recreational play, advanced on/off anti-siphon valves offer the best experience for competitive tournament scenarios. Understanding the different valve options helps ensure you choose the right system.
What is the Best Valve System for Paintball CO2 Tanks?
Paintball air tank valves come in a variety of configurations, but can be grouped into three main types – pin valves, on/off valves, and anti-siphon on/off valves. Here’s an overview of each:
Pin Valves – The Standard System
Pin valves are the most common and consist of a simple design where a pin punctures a seal when screwed into the tank’s threaded opening. This allows air flow. Pin valves are reliable but lack convenience features.
On/Off Valves – Convenience and Control
On/off tank valves incorporate a knob or twist handle that stops and starts airflow without fully disconnecting the tank. This makes gas cutoff easier between games. But velocity can still drop near empty.
Anti-Siphon On/Off Valves – Superior Performance
High-end on/off valve systems use an internal tube that helps prevent liquid CO2 from siphoning into the marker as the tank empties. This anti-siphon design delivers consistent velocity and smooth firing even as tank pressure drops.
Other Advanced Features
Look for additional features in tournament-level valves like swivel fill nipple designs that prevent kinking, bleed tool integration for safety, and pressure gauges to monitor fill level.
While any valve allows an air tank to function, anti-siphon on/off systems provide the highest performance for speedball and scenario games where consistency matters. Invest in a quality valve system to get the most from your CO2 cylinder.
Take the time to understand the different types of valve configurations available for paintball air tanks. This ensures you select the right system to match your level of play and performance needs.
When shopping for a high-performance CO2 tank for paintball, an important advanced feature to look for is an internal anti-siphon tube. This tube prevents liquid CO2 from transferring into your marker, ensuring smooth velocity and consistent shots as the tank empties.
Look for Anti-Siphon Tubes in Paintball CO2 Canisters
Anti-siphon tubes are a must-have component for tournament-level CO2 tanks, but what exactly do they do? Here’s an overview of how anti-siphon technology works and why it matters:
CO2 Liquid Causes Velocity Drop
As a CO2 tank discharges gas, pressure drops. This can allow liquid CO2 to enter the marker’s regulators and cause velocity fluctuation and sputtering.
Anti-Siphon Tube Traps Liquid CO2
An internal tube runs the length of the CO2 cylinder and blocks liquid CO2 from exiting. This keeps liquid trapped in the bottom of the tank separate from the gas.
Results in Consistent Gas Flow
With liquid blocked off, the anti-siphon tube allows pure CO2 vapor to flow smoothly into the marker’s regulator. This maintains steady velocity and minimizes drop-off.
Look for Tanks with Anti-Siphon Design
Premium tournament-grade HPA and CO2 cylinders from brands like Ninja and First Strike utilize anti-siphon tech. It’s a must for competitive speedball and scenario play.
While more expensive, paintball CO2 tanks with anti-siphon tubes deliver reliable and consistent performance you can count on in close matches. Never let liquid CO2 cause sputtering again.
Understanding how anti-siphon systems benefit air flow helps ensure you select a paintball air tank optimized for your style of play. Seek out this advanced feature before buying your next CO2 cylinder.
A key piece of equipment when setting up your paintball CO2 tank is choosing the right regulator. Regulators control air flow from the tank to the marker, reducing pressure to safe and consistent levels. With various regulator types available, it’s important to pick the best match for your cylinder and style of play.
Pick the Right Regulator for Your Paintball CO2 Tank
While the tank provides high-pressure storage, regulators step down and control this pressure for optimal marker function. Consider the following when selecting a regulator:
Adjustable vs Preset Pressure
Adjustable output regulators allow tuning psi to your marker’s needs, while presets have fixed pressure relief settings. Adjustable is preferred for fine tuning.
Gauge for Monitoring Pressure
Look for output pressure gauges to monitor regulator psi. This allows confirming proper pressure tuning and keeps track of tank fill level.
On/Off Convenience
Regulators with on/off capability allow quickly shutting down airflow between games while keeping tank attached. Flip back on without re-pressurizing.
Match the Thread Pattern
Ensure the regulator’s input threading matches your CO2 tank’s output thread pattern. Common patterns include CGA 320 and 850.
High Flow Rate for Fast Shooting
Select regulators that provide sufficient flow rate (measured in CFM) to maintain velocity during rapid shooting. High flow prevents sputtering.
Invest in a quality high-pressure regulator designed specifically for paintball. This provides reliable and adjustable airflow critical to marker performance.
Every good CO2 setup starts with a high-capacity tank, but don’t overlook the importance of the regulator. Take time to pick the right regulator for your playing style and experience level when building your gear package.
Get a Fill Nipple that Fits Your Field’s Fill Stations
When it comes to buying a CO2 tank for paintball, one of the most important considerations is making sure you get the right fill nipple to match the fill stations at your local field or store. Nothing’s worse than showing up ready to play only to find your tank won’t fill! Here are some tips on choosing the right fill nipple when buying a CO2 cylinder for paintball:
Know Your Field’s Fill Connection Types
Most paintball fields have standardized on either pin valve or CGA 320 fill connections. Pin valve connections use a sharp pin to puncture a seal in the tank when filling, while CGA 320 uses a threaded seal. Before buying a tank, check with your local field to see which type of fill station they use. This will determine the type of fill nipple you need.
Match the Nipple to the Tank Valve
When browsing different CO2 tank options, pay close attention to what type of valve and fill nipple they come with. The nipple must mate securely to the valve when filling, so they must be designed for each other. Buying a separate nipple is an option, but ideally you’ll get a tank with the right fill nipple already installed.
Consider Getting an Adapter
If your home field uses one type of fill connection but you also want the flexibility to fill elsewhere, consider getting a fill station adapter. These allow you to connect tanks and nipples of one type to a fill station designed for another. This gives you more flexibility when refilling your tank.
Ask Other Players What They Use
Check with other players about what type of CO2 tanks and fill connections they use at your local field. Chances are they’ve already figured out the right equipment combos that work there. Buying the same setup means you know your tank will be compatible with the fill stations.
Read Reviews on Fill Compatibility
When researching different CO2 tank options online, read user reviews carefully for any mention of fill compatibility issues. This can reveal potential problems certain tanks have with actually filling up at fields or stores. Avoid these tanks and opt for better reviewed options.
Taking the time to ensure you get the right fill nipple for your particular field’s fill stations will prevent a lot of frustration. Ask around, do your research, and make sure your new CO2 tank’s nipple and valve match the fill connections available to you.
Why Choose a High-Capacity Paintball CO2 Tank?: The 15 Best Tips for Buying and Using CO2 Cylinders for Paintball in 2023
When playing paintball, having enough CO2 in your tank is crucial. Nothing’s worse than running out of gas mid-game! That’s why many players opt for high-capacity CO2 cylinders capable of holding more gas. Here are 15 tips for choosing and using CO2 tanks for paintball:
1. Consider a 45ci to 68ci Tank
For a good balance of size versus capacity, 45-68ci (cubic inch) tanks are ideal. They offer more shots than smaller tanks before needing a refill.
2. Weigh the Pros and Cons of Large Tanks
While tempting, extra large 100ci+ tanks can be very heavy when full. Make sure you’re willing to carry the weight in order to get those extra shots.
3. Pick an Adjustable Regulator
Look for a tank with an adjustable regulator so you can fine-tune gas output and efficiency per your marker’s needs.
4. Consider Carbon Fiber Construction
CF tanks are lighter than steel while still being very durable. The weight savings helps offset heavier gas capacity.
5. Look for a Standard Valve
Standard valves are easier to find replacement o-rings for and service when needed. Go for reliable and simple.
6. Pay Attention to Recharge Rates
Make sure your tank can recharge fast enough to keep up with your marker’s shot pace. High ROF guns need quick recharge tanks.
7. Get a Good Fill Nipple
Your fill nipple must mate properly with fill stations, so match this to your local field’s fill connectors.
8. Maximize Efficiency with an On/Off Valve
Tanks with remote on/off valves allow you to shut off gas when not shooting, saving CO2.
9. Use an Anti-Siphon Tube
These prevent liquid CO2 from entering your marker, which can damage o-rings and seals over time.
10. Consider Cost Per Shot
Bigger tanks provide more shots per fill, spreading the fill cost over more triggers pulled.
11. Weigh with Full Tank Before Buying
Hold and test the weight of a tank when full before purchase, to ensure it’s comfortable for you.
12. Use a Fill Station Adapter if Needed
Adapters allow filling tanks with different nipple types at stations designed for others.
13. Monitor Internal Pressure as you Play
Keep an eye on remaining pressure as you shoot so you know when a refill is needed.
14. Have Tanks Recertified Regularly
Regular tank recertification ensures safety and maintains value. Follow manufacturer guidelines.
15. Consider HPA as an Alternative
High pressure air systems provide more consistent velocity and require less tank refills than CO2.
By following these tips when shopping for and maintaining your CO2 tanks, you’ll enjoy reliable high-capacity gas supplies for all-day paintball play. Just be sure to get a fill nipple that fits your local stations!
Choose Between 20oz and 50 Caliber Paintball CO2 Cylinders
When it comes to CO2 tanks for paintball, two of the most common sizes are the compact 20oz and the high capacity 50 caliber. But which one is right for your needs? Here’s a look at the pros and cons of each to help you decide:
20 Ounce CO2 Tanks
The small and lightweight 20oz CO2 cylinder is popular for paintball pistols, stock class markers, or as a backup tank. Benefits include:
- Light and easy to carry all day
- Small size doesn’t obstruct movement or aiming
- Low cost option good for new players
- Great for scenario games needing a concealed pistol tank
- Typically holds enough gas for 1-3 pod loads of shooting
Downsides to the 20oz include fewer shots between fills and the need for more frequent tank changes during long games. But for compact sidearms or as an emergency backup, 20oz CO2s work nicely.
50 Caliber CO2 Tanks
The 50 cal is a step up in capacity from the 20oz, providing more shots before running empty. Here’s what to know about 50 cal tanks:
- Holds around 2-3 times more gas than a 20oz
- Heavier when full, but well-balanced size
- Great option as a primary tank for most players
- Provides enough CO2 for most recreational play
- Standard thread size fits most markers and remote lines
The downside to 50 cal tanks is lugging around the extra weight compared to a 20oz. But for a solidly versatile middle ground, a 50 is hard to beat.
Compare Your Needs
When deciding between 20oz and 50 cal CO2 cylinders, consider your play style and marker. Pistol and pump players may favor the lighter 20oz size, while electros and ramping guns benefit more from the larger gas supply of a 50.
Also factor in cost – 50 cal tanks often sell at over double the price of 20oz versions. And remember that just like paintballs, you’ll go through CO2 faster when playing with faster firing markers.
Use Cases for Each
Some typical uses for each size tank include:
- 20oz – Sidearm backup, pump/stock class play, lightweight carry
- 50 cal – All-day woodsball, scenario games, as primary tank
While personal preference comes into play, matching the tank size to your expected gas usage is key. Just be sure to get one with the right fill nipple for your local stations!
Why Choose a High-Capacity Paintball CO2 Tank?: The 15 Best Tips for Buying and Using CO2 Cylinders for Paintball in 2023
Carrying around a bulky CO2 tank while running through the woods isn’t anyone’s idea of fun. But when it comes to paintball, worrying about running out of ammo in a key moment can be even worse. That’s where high-capacity CO2 cylinders come in – giving you more shots before needing a gas refill. Here are 15 must-know tips for choosing and using bigger CO2 tanks:
1. Gauge Remaining Air as you Play
Keep an eye on your tank’s pressure gauge so you know when it’s time for a refill during the day.
2. Match Gas Capacity to Marker’s ROF
Higher capacity tanks complement fast shooting electros best by providing more sustained shots.
3. Consider Weight Before Buying
Hold a filled tank to ensure the size you’re considering feels comfortable for carrying all day.
4. Use an On/Off Valve for Efficiency
Remotely shutting off gas when not shooting saves CO2 compared to always on.
5. Choose Standard Valves for Ease of Service
Standard valves allow easier replacement of parts like o-rings when maintenance is needed.
6. Look for Bottles Made of Carbon Fiber
CF is lighter than steel while retaining durability – helpful for larger bottles.
7. Pay Attention to Recharge Rate Specs
Faster recharge rates keep your marker fed with enough gas during rapid shooting.
8. Ensure Fill Nipple Compatibility
Your tank’s fill nipple must connect properly to local fill stations.
9. Use an Anti-Siphon Tube
Prevents liquid CO2 from entering and potentially damaging your marker.
10. Consider Cost Per Shot
Bigger tanks spread fill costs over more total shots, reducing cost per trigger pull.
11. Look for Adjustable Regulators
Adjustability allows tuning gas output to match your marker’s needs.
12. Weigh Filled Tank Before Buying
Test carrying the weight of a filled tank before purchase to evaluate comfort.
13. Use Fill Adapters as Needed
Fill station adapters allow filling tanks from different connections.
14. Get Tanks Recertified Regularly
Regular tank recertification maintains safety and value. Follow manufacturer guidelines.
15. Consider HPA as an Alternative
HPA provides very consistent velocity and requires fewer tank refills than CO2.
Using these tips when buying and maintaining your CO2 tanks will lead to good performance. Just be ready to haul the extra weight of bigger bottles in exchange for those critical extra shots!
Find High-Quality Brand Name Paintball CO2 Tanks
When investing in a CO2 tank for paintball, it pays to stick with proven brands known for quality construction. Here are some top manufacturers to look for when buying your next CO2 cylinder:
Ninja
Ninja is one of the most trusted names in paintball tanks. They pioneered the carbon fiber tank, and are known for innovative regulator designs optimized for smooth airflow. Ninja tanks come in a wide range of sizes, thread types, and pressure ratings to suit any need.
Empire
Empire is another leading brand in paintball equipment including CO2 systems. Empire CO2 tanks offer excellent bang-for-your-buck performance. Many recreational players rely on cost-effective Empire tanks for solid reliability at lower prices than premium brands.
HK Army
HK Army entered the tank market more recently, but has quickly become a top-tier brand. HK Army tanks feature thoughtful designs focused on durability, safety, and balancing weight with capacity. Expect excellent quality control too.
First Strike
First Strike CO2 tanks are purpose-built for First Strike’s shaped projectile markers. Their tanks have special regulators tuned for optimum efficiency with these specialized markers. Consider them if using First Strike ammo.
Guerrilla Air
Guerrilla Air is one of the originators of the mythos high pressure air system in paintball. While better known for their HPA innovations, Guerrilla also produces proven CO2 options like their steel and carbon fiber tanks.
Cross-Check Reviews
When researching tank brands, be sure to cross-check reviews and feedback from other players. This helps confirm quality and customer service reputation before you buy.
Consider Certifications
Look for tanks certified by ASTM, DOT, TC, CGA and other standards bodies. These certs help ensure safety and construction quality.
Weigh Warranty Coverage
Pay attention to warranty period and coverage. This protects your investment should any defects arise with the tank.
While tempting to save money on no-name CO2 tanks, going with proven brand names like Ninja, Empire, and others ensures you get a high-quality tank with safety, performance, and durability you can rely on.
Why Choose a High-Capacity Paintball CO2 Tank?: The 15 Best Tips for Buying and Using CO2 Cylinders for Paintball in 2023
Nothing takes the fun out of paintball faster than running out of ammo at a critical moment. That’s why upgrading to a high-capacity CO2 tank should be on every player’s list. Here are 15 expert tips for choosing and maintaining bigger CO2 cylinders for paintball:
1. Consider Weight Realistically
Be honest about your willingness to carry the heavier weight of a larger tank for long periods.
2. Research Tank Recharge Rates
Faster recharge rates ensure your marker gets adequate gas flow when shooting rapidly.
3. Use CO2 Efficiently
Use tools like on/off valves and anti-siphon tubes to conserve gas when not shooting.
4. Choose Standard Valves
Standard valves make it easier to service and replace parts like o-rings down the road.
5. Look for Adjustable Regulators
Adjustable regulators allow tuning gas output for your marker’s specific needs.
6. Consider Carbon Fiber Construction
Carbon fiber is lighter than steel while retaining durability – helpful in larger tanks.
7. Calculate Cost Per Shot
Larger capacity spreads fill costs over more shots, reducing cost per trigger pull.
8. Ensure Fill Nipple Compatibility
Your tank’s fill nipple must connect to the fill stations at your field.
9. Monitor Tank Pressure in Use
Keep an eye on pressure gauge while playing so you know when a refill is needed.
10. Have Tanks Recertified on Schedule
Regular recertification maintains safety and operational longevity.
11. Use Fill Adapters as Required
Fill adapters allow you to fill your tank from varying connector types.
12. Consider HPA as an Alternative
HPA offers very consistent velocity and fewer refills needed versus CO2.
13. Weigh Filled Tank First
Test carry a filled tank before buying to ensure the weight works for you.
14. Match Gas Capacity to Marker
High capacity better complements fast shooting electros by providing more sustained shots.
15. Read User Reviews for Brands
Research brand reputation through user reviews before selecting a tank.
Using a high-capacity CO2 tank eliminates worries about unexpected gas outs. Just be ready to carry the extra weight in exchange for those peace-of-mind extra shots downrange!
Buy New, Certified Tanks – Avoid Used or Out of Hydro
When shopping for a CO2 tank for paintball, it’s tempting to save money by buying used. But used tanks come with risks you should think twice about. For reliability and safety, stick with brand new certified bottles. Here’s why:
Certification Matters
New tanks are factory certified to meet safety standards from organizations like DOT, TC, CGA and others. Used tanks likely lack proper up-to-date certifications unless recently recertified.
Look for Current Hydro Dates
“Hydro” refers to the periodic requalification testing tanks undergo. The hydro date tells you the last time a tank was checked for safety. Old or expired hydro means don’t use it!
Unknown Usage Histories
With used tanks, you don’t know how they were maintained or abused by prior owners. Brand new gives you peace of mind on a tank’s complete history.
Potential Defects or Damage
Unless professionally inspected, used tanks can have hidden flaws, corrosion, leaks or other defects. Not worth the risk!
Voided Warranties
Buying used voids any original manufacturer warranties. No protections if issues pop up down the road.
Resale Value
When the time comes to upgrade, newer certified tanks retain much more value to sell versus old expired tanks.
Reliable Performance
Though costlier, new tanks give you confidence in flawless operation and safety – critical when dealing with high pressure gas cylinders.
Consider Factory Rebuilt
If seeking cost savings, factory rebuilt tanks can be a smart alternative. Rebuilt to new spec but less costly.
While used tanks seem attractive for the potential discounts, for something as safety critical as a pressurized gas cylinder, go with certified new whenever possible.
Why Choose a High-Capacity Paintball CO2 Tank?: The 15 Best Tips for Buying and Using CO2 Cylinders for Paintball in 2023
Nothing takes the fun out of an intense paintball match faster than suddenly running out of ammo during a pivotal moment. That’s why upgrading to a high-capacity CO2 tank should be a priority for recreational and competitive players alike. Here are 15 vital tips for choosing and maintaining bigger CO2 cylinders:
1. Select Standard Valves
Standard valves allow easier part replacement like o-rings when service is required.
2. Match Gas Capacity to Marker ROF
Bigger tanks provide the sustained firepower needed by fast shooting electronic markers.
3. Research Refill Costs
Bigger tanks can require more expensive fills – factor this into operating costs.
4. Choose Weights Wisely
Make sure you can comfortably carry and maneuver with the weight of a filled tank.
5. Use CO2 Efficiently
Use tools like on/off valves to conserve gas and get more shots per fill.
6. Ensure Fill Nipple Compatibility
Your tank’s fill nipple must connect to available fill stations at your field.
7. Look for Adjustable Regulators
Adjustability allows fine tuning gas output for your specific marker’s needs.
8. Monitor Tank Pressure in Use
Keep an eye on pressure gauge while playing so you know when a refill is required.
9. Have Certified Hydrostatic Testing Done
Periodic certified retesting helps identify potential tank flaws before they become dangerous.
10. Consider HPA as an Alternative
HPA provides very consistent velocity and fewer refills compared to CO2.
11. Use Anti-Siphon Tubes
Prevents liquid CO2 from entering your marker which can cause valve damage over time.
12. Calculate Cost Per Shot
Larger gas capacity spreads fill costs over more triggers pulled – reducing cost per shot.
13. Read User Reviews
Research real user reviews before selecting a tank model to ensure reliable quality.
14. Weigh Filled Tank First
Test carry a filled tank before purchase to ensure you can handle the weight.
15. Use Fill Adapters as Needed
Allows filling tanks with varying nipple types from mismatched fill stations.
Using these tips when selecting CO2 tanks will lead to good performance on the field. Just be ready to carry the extra weight of high capacity tanks when buying bigger bottles!
Shop Online for the Best Paintball CO2 Tank Deals
Paintball is an exciting sport that relies on pressurized gas, usually carbon dioxide (CO2), to propel paint-filled rounds from your marker. While the marker itself is important, having a reliable high-capacity CO2 tank is essential for a great day on the field. Here are 15 tips to help you choose the right CO2 cylinder for your needs and use it safely and effectively.
Why Choose a High-Capacity Paintball CO2 Tank?
The larger the CO2 tank, the more shots you can fire before needing a refill. This saves time and money in the long run. Large 45/4500 or 68/4500 tanks are common for serious players. The first number refers to the tank’s physical size in cubic inches, while the second is its capacity measured in the number of 12-gram CO2 cartridges it holds. So a 68/4500 tank holds 4500 shots worth of compressed gas. This could easily last all day long.
Bigger tanks also often have better regulators that provide consistent pressure and velocity. Their larger valve and burst disk assemblies are designed for rapid filling too. So if you play a lot, investing in a high-capacity CO2 cylinder is worth it.
Consider an HPA Tank for Flexibility
While CO2 is cheaper, high-pressure air (HPA) offers some advantages. HPA delivers more consistent velocity since its pressure doesn’t drop as the tank empties. And you can easily adjust the output pressure for different playing conditions. Paintball fields can also quickly refill HPA tanks from a central compressor between games.
HPA tanks use compressed nitrogen instead of CO2. Their larger sizes like 68/4500 or 80/4500 provide plenty of shots before needing a trip to the refill station. Just expect to pay more upfront for an HPA tank versus CO2.
Buy New for Safety
Never take a chance on used or outdated CO2 cylinders. Over time, pressurized tanks can develop unseen corrosion or damage. This makes buying a brand new tank from a reputable dealer important. Look for the latest DOT, TC, or NGV certification markings stamped into the collar.
Also inspect the tank’s hydrostatic test date, which must be within the last 5 years. This proof of re-certification ensures the tank can still handle high pressures safely. You don’t want to end up with a faulty or damaged tank that could explode from a overfill or rapid gas release.
Consider Weight for Comfort
While larger tanks offer more capacity, they can add considerable weight to your marker setup. This extra heft may cause fatigue, especially if you tend to snap shoot and move around a lot when playing speedball. More compact 45 or 50 cubic inch tanks are popular for fast-paced games.
Look for tanks made from aluminum or carbon fiber rather than steel. Premium carbon fiber wrapped tanks are pricey but much lighter while still being very durable. The reduced weight on your marker can be worth it for all-day comfort.
Match Your Tank Output to Marker Input
Make sure your tank’s output pressure matches the input pressure your marker needs for proper velocity. Most tanks have adjustable regulators, but some markers work best between 400-800 psi while others need over 800 psi. Ask fellow players using the same marker what PSI ranges work before buying a tank and regulator.
A tank’s burst disk is also key. It’s a safety device that ruptures if pressure exceeds the limit. Common ratings are 1800 psi for CO2 and 3000-4500 psi for HPA. Just ensure your particular marker can handle the potential maximum pressure from a given tank.
Get an On/Off Valve for Safety
High-end tanks feature a quarter-turn on/off valve that allows you to isolate the cylinder when not in use. This added level of safety prevents accidental discharge if the regulator fails or a burst disk ruptures. The valve also allows removing the tank from your marker without depressurizing the whole system first.
Turn the tank off between games and when in storage. Avoid potential cylinder damage by isolating the valve before transporting your tank as well.
Use a Protective Carry Case
Invest in a padded sleeve or carry case to transport your tank safely. Unprotected, high-pressure cylinders can easily dent, scratch, or rupture if banged around. Hard cases with custom foam cutouts keep your tank secure in a bag or gear bag. Or opt for a neoprene tank cover for basic impact protection.
Never transport or store CO2 tanks in a hot vehicle, even with vent caps on. The heat can cause a dangerous overpressure condition.
Get Proper Tank Fill Adapters
Having the right fill nipple/adapter for your cylinder is a must. Most newer tanks use a standard pin valve fill nipple. But some systems still use older siphon tubes. Bring your tank with you when purchasing adapters to ensure a proper match and leak-free seal.
Anti-siphon fill adapters prevent backflow and contamination when refilling your tank. Look for this important safety feature from a quality manufacturer.
Know When to Replace Burst Disks
Tanks contain a frangible burst disk designed to rupture if over-pressurized. When this happens, the CO2 vents out the side rather than exploding the cylinder. Always replace burst disks immediately after release. Don’t be tempted to re-use a spent disk to save money.
Also replace disks on older tanks that have sat unused for long periods. The burst rating can degrade over 5+ years even if unused. Always use genuine factory replacements rated for your tank.
Let Tanks Warm Before Use
If your CO2 or HPA tank was stored in very cold conditions, allow it to warm up before connecting it to your marker. Rapidly expanding gas released from a freezing tank can damage internal seals and o-rings. Avoid this issue by letting tanks normalize to ambient temperatures first.
Also leave filled tanks outdoors rather than bringing them into an air-conditioned staging area on hot days. The contracting gas in a cold cylinder will lower the tank pressure and velocity.
Use an Expansion Chamber
Installing an expansion chamber adds an extra level of safety when using CO2. It gives gas a place to expand into if tank temperatures rise. The chamber fits between your tank and regulator to help prevent pressure spikes.
They also catch oil and debris that may come from less-pure CO2. An expansion chamber protects your marker’s inline regulator and solenoid from contamination issues down the line.
Follow Fill Frequency Restrictions
Don’t exceed the maximum allowable fill frequency for your cylinder. CO2 tanks often say not to refill within a 24-hour period. Ignoring this warning risks overheating the tank through rapid compression heating of the gas.
Also respect field refill station requirements. Many limit fills to 2-3 times per day. This policy helps ensure tanks stay within safe temperature ranges during busy play days.
Watch for Signs of Leaks
Always check your tank setup and connections for any audible hissing or visible icy buildup. Both point to gas leaks that indicate worn o-rings or a bad fill nipple seal. Replace faulty parts and get new o-rings to prevent dangerous leaks.
Never overtighten connections to stop leaks. This can further damage parts. And avoid using grease or thread tape on tank connections since these can foul regulator seals.
Investing in a quality CO2 or HPA tank maximizes both your playing enjoyment and safety. Following these tips helps ensure years of reliable service from your paintball cylinder. With proper care and maintenance, your tank will become an indispensable part of your gear bag.
Take Advantage of Package Deals on Paintball CO2 Gear
As any paintball enthusiast knows, having quality CO2 equipment is essential for an excellent experience on the field. While it’s possible to purchase cylinders, regulators, and accessories separately, package deals can save you money compared to buying individual components.
Complete ready-to-go CO2 systems take the guesswork out of piecing together everything you need. This makes package bundles ideal for new players just starting out. Even experienced veterans can benefit from the convenience and discounts combo deals provide.
Here are tips for taking advantage of the savings from all-in-one paintball CO2 gear packages.
Look for Bundles with Popular Name Brands
Trusted paintball brands like Ninja, Empire, Proto, Tippmann, and others often offer pre-configured CO2 packages. This ensures compatibility and proper performance right out of the box. While no-name packages may seem cheaper, their quality can be hit or miss.
Stick with packages featuring regulator, tank, and accessory brands known for reliability. This reduces the risk of getting stuck with underperforming gear that could ruin your day on the field.
Consider Both High Pressure (HPA) and CO2 Setups
HPA systems utilize compressed air while CO2 relies on bottled carbon dioxide. HPA offers more consistency but needs filling from high-pressure compressors. Meanwhile, CO2 is cheaper but velocity drops as the tank empties.
Unless your home field only has CO2 filling, look at both types of bundles. Many fields now offer HPA refills which provides greater flexibility when playing at different locations.
Match Tank Size to Your Expected Usage
Complete CO2 packages come with cylinder sizes from as small as 9 ounces up to 68/4500 inches. While tempting, avoid overbuying an excessively large tank if you only play casually or at short 1 to 2-hour sessions. The smaller 12-24 ounce tanks provide plenty of gas.
Conversely, high-volume tournament players need 45+ cubic inch tanks for long days of continuous play. Buy a system with the appropriate tank volume to match your average usage.
Compare Package Prices Online
Don’t assume the first packaged CO2 setup you see is the best deal. Online retailers often discount bundled paintball products heavily once the components are a generation or two old.
Browse multiple sites and use price filters to compare newest packages versus older ones. Sorting by percentage discounts can reveal previous year models with significant savings.
Look for Free Extras & Accessories
Quality CO2 gear packages toss in extras like multi-tool kits, squeegees, and swabs for free. This adds even more value beyond just the tank, regulator and filler adapter.
Some retailers also bundle useful accessories like expansion chambers and bleeder valves into certain packages at no additional cost.
Buy Complete Spares Rebuild Kits
No CO2 setup lasts forever and parts wear out over time. Many package bundles now include complementary o-ring and seal rebuild kits for the regulator. This ensures you can keep your gear working for years before needing replacements.
Also budget for future burst disk kits. Having spares for these consumable safety items is smart insurance when buying any new tank.
Get Mask & Tank Combos for More Savings
Online paintball gear retailers commonly offer tank and mask combo packages that provide another way to save. Pairing an essential CO2 system with a nice thermal lens mask makes perfect sense.
Just ensure the mask itself is a quality model from a leading brand. Make sure you’re not sacrificing protection just to get a discount on a bundle.
Don’t Overlook Budget-Friendly Mechanical Packages
While advanced electronic marker packages cost more, affordable mech gun bundles still include quality CO2 gear. These provide big savings for new recreational players that don’t need high-end electros.
Basic Tippmann or Spyder bundles with steel HPA or CO2 tanks keep prices low yet perform reliably for casual play.
Read Package Reviews Before Buying
Research any paintball CO2 package thoroughly before purchasing. Look for in-depth reviews from real owners highlighting pros, cons, and long term durability.
This helps avoid packages with subpar tanks lacking key features or regulators prone to creeping. Take the time to ensure your deal has components that hold up over repeated use.
With the right CO2 gear package matched to your needs and budget, you can enjoy paintball without breaking the bank. Seek out well-reviewed name brand bundles for the best value and performance.
Learn Proper Filling Procedures for Your Paintball CO2 Canister
Filling your own CO2 paintball tank may seem straightforward. Attach the fill adapter and open the valve, right? Not so fast. Improper filling techniques can lead to underperforming cylinders, premature wear, or even dangerous tank failures.
By learning correct fill procedures, you’ll get the most shots per fill from your CO2 canister while maintaining safety. Here are pro tips for filling your paintball tank properly every time.
Only Use Field Approved CO2 Sources
Never attempt to fill paintball cylinders from non-approved high pressure sources. Use only filtered CO2 designed for paintball markers and tanks. Industrial gas suppliers provide food/beverage grade CO2 that contains impurities unsafe for paintball use.
Likewise, only refill your tank at reputable commercial paintball fields that maintain their fill stations properly. Their equipment is designed specifically for high purity compressed CO2 with inline filtration.
Check Hydro Test Dates Before Filling
Confirm your CO2 tank has a current hydrostatic test date stamped into the collar. Any tank older than 5 years since its last test needs re-certification before filling again. Expired tanks risk rupturing under pressure.
Also inspect the cylinder overall for damage, rust, or other defects like cracks or deep gouges. A compromised tank is dangerous to refill and use.
Start with an Empty Tank
For optimal fills, always start with a fully depressurized cylinder. Residual pressure inside the tank restricts the full amount of CO2 that can be added. This limits your potential shot capacity per fill.
Bleed off any existing pressure through the marked vent hole before attaching fill adapters. Listen for gas escaping until the tank vents fully flat.
Weigh Tanks Before & After
Use a paintball tank scale to weigh cylinders before and after filling. This confirms you achieved maximum fill pressure based on the tank’s designed capacity. Underfilling wastes CO2 while overfilling risks safety.
Record empty and filled weights for each of your cylinders. Comparing actual fill amounts over time helps identify potential issues needing service.
Chill Tanks in Hot Weather
On hot days, chill your tank in an ice bath for 5-10 minutes before filling. This compensates for heating caused by gas compression. If tanks get too hot during filling, pressure safety devices can fail.
Keep extra reusable freezer packs handy on warm days. Rotating chilled cylinders helps you avoid overheating and enjoy consistent fills.
Use Anti-Siphon Fill Adapters
Invest in an anti-siphon remote fill station adapter for your tank’s connection type. These contain a one-way check valve that prevents backflow contamination during filling.
Anti-siphon adapters are required by many commercial fields for safety. But using one even when filling your own tank provides an extra layer of protection.
Slow Initial Fill Rate
When first opening the fill valve, fill slowly at first. As pressure builds, the fill rate can gradually be increased. This prevents the tank from icing up and over-chilling.
Listen for any sustained hissing during the fill, which indicates weeping from the burst disk or valves. Abort the fill if this persists to identify and correct the issue.
Top Off in Final 1/3
When the tank is nearly full, reduce the fill rate again for a nice slow top off. The last 500 psi fills much slower to avoid pressure spikes and maximize capacity.
Erratic gauge movement or relief hissing means you’re topping off too quickly. Back the regulator down until the pressure climbs smoothly.
Check Fill Pressure Before Disconnecting
After filling, confirm a proper fill pressure was reached based on the tank size. Fabulously filling below the recommended PSI wastes CO2. Overfilling risks safety.
Typical fill pressures are 800-1000 PSI for 12/20oz tanks, 800-1500 PSI for 45/4500 tanks, and 4500 PSI for 68/4500 tanks. Refer to your tank’s instructions.
Listen for Leaks After Disconnecting
After disconnecting the fill adapter, listen closely for any audible gas leaks around the cylinder valve or regulator inlet. Persistent hissing indicates a bad seal needing replacement.
Never overtighten leaky connections. Discontinue use and properly service any cylinders with post-fill leaks before the next outing.
Point Tank Away When Bleeding Excess
If needed, slowly bleed off small amounts of excess pressure through the remote vent screw. But be sure to point the tank away from people and aim into open space.
Rapid gas escape when venting can kick up debris. So keep face and hands clear and protect your eyes.
Following proper fill procedures reduces safety risks while giving you the most usable compressed gas per tank. With care and patience, you’ll master filling your CO2 cylinders for peak paintball performance.
Use CO2 Safely – No Direct Skin Contact with Discharge
Carbon dioxide is an integral part of the paintball experience. The compressed CO2 stored in cylinders provides the propellant force that launches paintballs from your marker. But despite its usefulness on the field, direct contact with discharging CO2 poses some safety hazards.
Being aware of the risks and following common sense handling precautions will allow you to utilize paintball CO2 safely. Here are tips for managing CO2 discharge without injury.
Wear Eye Protection When Bleeding Tanks
The first rule is always wear approved paintball goggles or other eye protection when intentionally venting compressed gas from a tank. Rapidly discharging CO2 can kick up dust and particles at high velocity.
Even venting empty or nearly empty cylinders creates a debris hazard right around the relief valve. So keep faces shielded and eyes covered.
Point Tank Away from Body When Venting
Always point the valve and vent hole away from yourself or bystanders whenever bleeding down a tank manually. Angle the cylinder out and down towards open ground rather than straight up.
This prevents the forceful stream of discharging CO2 from accidentally hitting someone. And it reduces nearby noise levels from venting.
Release Gas Outdoors or in Well-Ventilated Areas
Only bleed tanks down in open outdoor areas or large indoor spaces with excellent airflow. Discharging large amounts of CO2 rapidly can displace breathable oxygen in confined rooms.
At a minimum, open doors or windows in the area before venting cylinders indoors. Doing so helps dilute the CO2 concentration.
Listen for Tank Leaks Near Regulator
Always check for leaks around cylinder valves, regulators, fill adapters, and fittings after refilling tanks or airing them up. Listen for any audible hissing which signals escaping gas.
Isolate and repair any leaky CO2 equipment before further use. Even small leaks indicate worn parts needing replacement to prevent bigger failures or injuries.
Replace Faulty Burst Disks Promptly
Tanks contain burst disks designed to rupture and vent gas if over-pressurized. Replace these safety devices immediately after any activation event. Never attempt to reuse spent disks.
Faulty or damaged burst assemblies put you at risk if tanks overfill or regulators malfunction. Always use genuine factory replacements with the proper pressure rating.
Avoid Contact with CO2 “Snow” Buildup
Rapidly expanding CO2 gas can create a “snowing” effect of icy crystal buildup around leaking cylinder valve connections and fittings.
While visually interesting, contact with this sublimating dry ice can cause frostbite burns on exposed skin. So handle icy regulators only while wearing gloves.
Keep Cylinders Upright to Avoid Liquid Discharge
Always store, transport, and use CO2 tanks in an upright orientation. If tipped upside down, liquid CO2 rather than gas may discharge.
Contact with liquid CO2 can cause instant freezing damage on skin. Keep tanks vertical to ensure dry gas release only.
Let HPA Tanks Normalize Before Removing
High pressure air (HPA) tanks also need safe handling when removing them from markers. Always allow HPA systems a few minutes to normalize back to ambient temperatures after use.
This avoids contact with any remaining cold discharged air. Chilled release can damage skin similarly to CO2 snow.
Release Gas Slowly to Limit Noise
Bleeding off air slowly through a remote vent screw generates less noise than sudden rapid venting. Use minimum force needed to vent excess tank pressure.
Consider adding a silencer accessory to further reduce noise and notify others around you before venting tanks.
Ensure Adequate Field Ventilation
Indoor and outdoor commercial paintball fields must provide proper ventilation to dilute discharged CO2 during regular play. Look for large fans or open doors/windows when playing arena matches.
If air quality seems stuffy or oxygen depleted, request the field improve ventilation between games for safety.
Following safe handling practices will allow you to reap the benefits of compressed CO2 while avoiding potential hazards from improper discharge. Just use common sense and stay alert when venting tanks.
Maintain Your Paintball CO2 Cylinder Properly for Long Life
High pressure CO2 tanks endure enormous stresses during regular use. Over time, wear and tear can cause reduced performance or safety issues if tanks aren’t properly maintained. Just a little preventative care ensures your CO2 cylinders stay in top shape for years.
Here are pro tips for keeping your paintball air systems running smoothly through proper maintenance techniques.
Follow Manufacturers’ Recommended Service Intervals
Reputable tank brands such as Ninja, Empire, and others publish recommended service intervals. Follow these guidelines for replacing worn parts and performing hydrostatic testing.
Typical schedules suggest replacing o-rings every 2 years, servicing regulators every 3-5 years, and re-testing cylinders every 5 years.
Lubricate O-Rings Regularly
Keep all tank o-rings lightly lubricated with approved paintball greases like Dow 33 or Tri-Flow. This prevents o-rings from drying out and cracking, causing air leaks.
Disassemble cylinder valves at least annually to clean and re-lube o-rings. Confirm no erosion, cracks, or distortion in any seals.
Clean Valves & Regulators Periodically
Over time, tank components get coated in dirt, paint, and debris. Occasionally disassemble regulators and cylinder valves to clean all parts with a degreaser solvent.
Scrub away built-up gunk and reapply fresh lube to all o-rings and seals during reassembly. This refreshes components to like-new condition.
Watch for Signs of Internal Corrosion
Small amounts of moisture or contaminants inside a tank can cause oxidation and corrosion over years of use. Have cylinders internally inspected if regulators creep, output drops, or capacity declines.
Advanced cleaning processes may be needed yearly to combat internal corrosion in tanks filled frequently with less pure CO2 sources.
Replace Regulator Seals Proactively
Don’t wait for regulator seals to completely fail before servicing. Replace seals and piston cups preventatively every couple years or after 10,000 to 20,000 shots.
This ensures optimum output pressure control and consistency. It also avoids total mid-game failures that end play.
Keep Burst Disks in Good Condition
Inspect burst disks whenever tanks get serviced, looking for corrosion or damage around the perimeter. Replace disks proactively every 5 years even if still intact.
Always use factory replacement burst assemblies with the specified pressure rating for your cylinder. Don’t attempt repairs on used disks.
Confirm Fill Adapters Seal Properly
Problems with tank fill adapter seals can introduce moisture and debris into cylinders during refills. Inspect nipple o-rings before each fill and replace at any sign of wear.
Anti-siphon remote kits also wear internally over time. Replace the entire assembly every 2 years or as needed.
Address Any Signs of External Damage
Immediately stop using and service any tank showing external defects like large dents, gouges, bulges or cracks. Small dings are OK if the overall cylinder remains round and true.
Severe damage compromises a tank’s pressure integrity. Don’t take chances with damaged CO2 cylinders.
Confirm Current Hydrostatic Certification
Have tanks re-tested every 5 years per DOT requirements to maintain a valid hydro date. Out of date tanks cannot be filled or used until passing re-certification.
Hydrostatic testing applies very high pressures to confirm tank safety margins. Never use tanks with expired certs.
Proper care and maintenance ensures your paintball CO2 system performs consistently over many years and thousands of shots. Invest a little time upfront to prevent issues down the road.