Gel blasting balls, or gel balls, are water-absorbent projectiles used in gel blasters. While they are designed to withstand the forces generated by gel blasters, they can occasionally rupture or break apart before or during use. This can lead to performance issues, such as reduced accuracy, misfires, or even damage to your gel blaster.
Understanding the causes of gel ball ruptures can help you take preventive measures and improve the overall performance of your gel blaster. In this article, I’ll explore the common reasons why gel balls rupture and how to avoid these issues.
1. Improper Hydration
Overhydration
Gel balls expand when soaked in water, and overhydration can make them too soft or fragile. If left in water for too long, gel balls may absorb excessive moisture, weakening their structural integrity and making them prone to rupturing during firing.
Underhydration
On the other hand, underhydrated gel balls may not reach their optimal size, making them brittle and more likely to break when loaded into the blaster or fired.
Related reading: Can Gel Balls Still Be Used After Being Left in Water for Too Long?
Solution
- Soak gel balls for the recommended time (typically 3-4 hours) to ensure they reach their ideal size and firmness.
- Use clean, filtered water to avoid contamination that could weaken the gel balls.
2. Poor Quality Gel Balls
Not all gel balls are created equal. Lower-quality gel balls are more likely to have imperfections, such as uneven surfaces, weak spots, or inconsistent sizes, making them more prone to breaking.
Solution
- Invest in high-quality gel balls from reputable brands.
- Look for gel balls with consistent size and a reputation for durability.
3. Incorrect Gel Ball Size
Gel balls that are too large or too small for your gel blaster can cause problems:
- Oversized Gel Balls: May not fit properly in the barrel or hopper, causing them to jam and rupture when fired.
- Undersized Gel Balls: May rattle in the chamber or barrel, increasing the likelihood of breaking upon firing.
Solution
- Ensure the gel balls are the correct size for your blaster, typically around 7-8 mm for standard gel blasters.
- Measure the size of your gel balls after hydration to confirm they match the manufacturer’s specifications.
4. Damaged or Old Gel Balls
Gel balls that are damaged or have been improperly stored can lose their durability over time:
- Cracked or Fragmented Gel Balls: Gel balls that have been mishandled during transport or storage may already have weak spots, making them prone to rupture.
- Dehydrated Gel Balls: Gel balls that have been exposed to air for too long may shrink and become brittle.
Solution
- Store gel balls in a sealed container with water to keep them hydrated and prevent them from drying out.
- Inspect gel balls for visible damage before use and discard any that appear cracked or misshapen.
Related reading: Are Gel Blaster Balls Biodegradable?
5. Improper Gel Blaster Settings
The performance settings of your gel blaster can significantly affect the durability of gel balls:
- High FPS (Feet Per Second): Gel blasters with very high FPS may generate too much pressure, causing weaker gel balls to rupture upon firing.
- Improper Barrel Diameter: A barrel that is too tight for the gel balls can squeeze them excessively, leading to ruptures.
- Misaligned Parts: Misalignments in the hopper, feeding tube, or barrel can put undue stress on gel balls.
Solution
- Adjust your blaster’s settings to an appropriate FPS for your gel balls.
- Ensure the barrel diameter matches the gel ball size.
- Regularly maintain and clean your gel blaster to prevent misalignment and ensure smooth operation.
6. External Environmental Factors
Environmental conditions can also affect the integrity of gel balls:
- Temperature: High temperatures can soften gel balls, making them more prone to breaking. Extremely cold temperatures can make them brittle.
- Humidity: Dry environments can cause gel balls to lose moisture, while overly humid conditions may make them too soft.
Solution
- Store and use gel balls in moderate environmental conditions.
- Keep gel balls in a sealed container with a small amount of water if the environment is particularly dry or hot.
7. Rough Handling
Handling gel balls too roughly can cause damage even before they’re loaded into the blaster. Dropping or squeezing them can lead to cracks or weak points that cause them to rupture during use.
Solution
- Handle gel balls gently during preparation, storage, and loading.
- Use a soft scoop or funnel to transfer gel balls into the blaster’s hopper or magazine.
8. Clogging or Jamming in the Blaster
A clogged or jammed gel blaster can put excessive pressure on gel balls, leading to ruptures:
- Dirty Barrel: Dirt or debris in the barrel can obstruct gel balls and cause them to break.
- Improper Loading: Overloading the hopper or magazine can cause jamming and result in ruptured gel balls.
Solution
- Regularly clean the barrel and feeding mechanisms of your gel blaster.
- Avoid overloading the hopper or magazine, ensuring smooth feeding of gel balls.
Final Thoughts: How to Prevent Gel Ball Ruptures
Gel ball ruptures can be frustrating, but most causes are preventable with proper care and maintenance. Here’s a quick recap of what you can do to avoid this issue:
- Soak gel balls properly and ensure they are the correct size for your blaster.
- Use high-quality gel balls from reputable brands.
- Store gel balls in a sealed container with water to maintain their hydration and durability.
- Adjust your gel blaster settings to match the type of gel balls you’re using.
- Keep your gel blaster clean and well-maintained to prevent jams and misalignments.
By following these tips, you can minimize the risk of gel ball ruptures and enjoy a smoother, more enjoyable gel blasting experience.
Recommended reading:
What Causes Gel Blasting Balls to Rupture?
What Should I Do if I Get Shot in the Eye by a Gel Blaster?
Should You Use Hot or Cold Water to Soak Gel Balls?
Protective Equipment Needed When Using a Gel Blaster
Can You Freeze Gel Balls? Understanding the Risks and Alternatives