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Batting Cage, Soccer and Sports Nets

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Building an indoor or outdoor batting cage can be a big commitment of time, money and resources. When entering into such a task, it is best to go in with the facts and knowledge needed so you can efficiently build the cage that fits your performance and durability needs. The following is an overview of basic facts and information that should give you a better idea as to what type of batting cage nets will best serve your training facility or personal batting cage needs.

There are two types of materials that sports netting is typically made out of: Nylon and High Density Polyethylene, or more commonly referred to as HDPE.

Nylon netting is ideal for heavy-use, indoor cages as it has the strongest breaking-strength and is by-far the most durable type of netting. Used in most MLB and NCAA indoor facilities, Nylon nets provide excellent abrasion resistance and the best overall durability. Consequently, Nylon netting is typically very expensive.

Nylon is typically not good for outdoor use because it soaks up water. This brings the potential for the batting care or soccer netting to rapidly rot, shrink and discolor. As a result, the nylon netting can lose its breaking strength at a rate of up to 20% per year.

High-Density Polyethylene or HDPE netting can be used in both indoor and outdoor batting cages. Because it does not soak up moisture, HDPE netting will not shrink or rot, and typically retains its breaking strength for a longer duration of time. For added outdoor protection, our HDPE nets incorporate a UV Inhibitor directly into the individual twine-fibers. These UV Inhibitors help batting care nets resist break-down due to exposure to direct sunlight.

While HDPE nets do not have the break-strength of Nylon netting, they do offer a more price efficient option for your indoor or outdoor sports netting needs.

Normally, batting care nets come in twine sizes. The larger the number, the thicker the twine. For example, a #42 twine is twice as thick, and twice as strong as a #21 twine. It’s that simple.

Twine Size’s and Description

#15: The minimum twine size to be utilized for batting cage nets. Should last about 2-4 years with light use.
#21: Adequate twine for personal or team cages. Not commercial grade. Should last up to 5 years with moderate use.
#30: A very good net. Heavy enough to withstand moderate commercial use. Will typically last 4 to 6 years with moderate-to-heavy use.
#36: Commercial quality netting. Ideal for heavy use. Will last several years with moderate-to-heavy use.
#42: The same stuff the pro’s use. Ideal for commercial batting cages. Maximum durability and life-span.

Twine Break Tests
Size Break Test Burst Test
#3 10 lbs. 14 lbs.
#4 15 lbs. 21 lbs.
#5 28 lbs. 39 lbs.
#6 36 lbs. 50 lbs.
#7 65 lbs. 91 lbs.
#9 81 lbs. 113 lbs.
#12 85 lbs. 119 lbs.
#15 109 lbs. 153 lbs.
#18 162 lbs. 194 lbs.
#21 169 lbs. 237 lbs.
#24 184 lbs. 258 lbs.
#30 196 lbs. 304 lbs.
#36 203 lbs. 345 lbs.
#42 354 lbs. 435 lbs.
#48 384 lbs. 472 lbs.
#54 376 lbs. 526 lbs.
#60 514 lbs. 720 lbs.
#72 616 lbs. 862 lbs.
#84 739 lbs. 1030 lbs.
#96 794 lbs. 1112 lbs.

Comparing prices on sports netting can be very deceptive. Some manufacturers do not list the twine size of their netting, but rather code it with a serial or sku-number. Occasionally the number will coordinate with the twine size, but more frequently they do not. For example, one manufacturer might list a 1500 series batting cage net, common logic would lead you to believe this is a #15 net being advertised, when in actuality, this is a #12 net.

It should never be assumed that because a serial number is close to a twine size, it actually is that twine size. The best way to be sure is to always ask.

Also to be considered when comparing netting is the sizing system they are based on. All of our nets are based on American Standard Sizing, meaning that our #42 nets are true #42 netting. Many competitors nets are listed using other sizing methods, and the net being advertised may not be what it appears. The best way to avoid this deception is to directly compare the shipping weights.

The break strength of a batting care or soccer net is determined by calculating how much tension can be placed on a strand before it breaks. The greater the break strength, the stronger and more durable the netting will be.

The break strength of a net can be compromised over time due to many factors: heavy-use, abrasion, exposure to moisture, and direct exposure to sunlight. Depending on these factors, the break strength of a net can be reduced by as much as 20% per year.

A batting cage net will fail when its breaking strength drops below 60 lbs.

Netting Break Tests
Size Break Test Burst Test
#18 7/8" 194 lbs.
#18 3/4" 210 lbs.
#21 1-7/8" 245 lbs.
#24 1-7/8" 265 lbs.
#30 1-7/8" 305 lbs.
#30 1-1/2" 320 lbs.
#36 1-7/8" 365 lbs.
#36 4" 340 lbs.
#42 1-7/8" 435 lbs.
#48 1-7/8" 485 lbs.
#60 1-7/8" 695 lbs.
#72 1-7/8" 850 lbs.
#96 1-7/8" 1135 lbs.

A frequently debated question revolves around which is better, knotted or knotless netting. While a very good knotless batting care net might hold up a little longer than a knotted net, once it fails, it cannot be repaired. With knotted construction, the net can easily be repaired and maintained. For this reason, all of the cages we sell are knotted.

Diamond Hung sports netting is typically cheaper than Square Hung netting. However, a Diamond Hung net pattern will typically not hang strait, and will feature poorer net seams.

Square Hung netting is slightly more expensive, because it requires more material to construct it. A cage hung on a square will typically open straighter, and feature a neater edge. Square hung nets are a significantly better product overall.

The durability, or lifespan of netting can be determined by the following factors:

  1. Size/Weight of netting material vs. Intended use
  2. Resistance to weather conditions
  3. Constructions of the netting
  4. Resistance to abrasion
Netting Properties NYLON (MULTIFILAMENT)
Breaking Tenacity (grams per denier) 5.9 to 9.5 gpd.
Stretch Elongation At Break Point (%) 15% to 28%
Elastic Recovery (%) 99% at 2%
89% at 3%
Specific Gravity 1.14
Moisture Absorbency Excellent Resistance
Abrasion Resistance Excellent Resistance
Effect of Heat Yellow at 300°F
Melts at 482°F
Effects of Sunlight Loses Strength After Prolonged Exposure
Effects of Acids Good Resistance
Dissolves in Sulfuric Acids
Effects of Alkalis Inert
Effects of Organic Solvents Resistant Soluble in Phenolic and Formic Acid
Resistance to Moths Not Attacked
Resistance to Mildew Not Attacked
 Identification  Melts Before Burning Forms Hard Bead. Celery Odor
 UV & Weather Treatment  UV Inhibitors Impregnated into Raw Material and Tar Coated for Weather Projection
Polyethylene
Breaking Tenacity (grams per denier) 2.5 to 8.0 gpd.
Stretch Elongation At Break Point (%) 20% to 100%
Elastic Recovery (%) 98% at 5%
95% at 10%
Specific Gravity .91 (floats)
Moisture Absorbency Good Resistance
Abrasion Resistance Good Resistance
Effect of Heat 59% Tensile at 200°F
Melts at 320°F
Effects of Sunlight Loses Strength After Prolonged Exposure
Effects of Acids Good Resistance Except with Oxidixing Agents
Effects of Alkalis Good Resistance
Effects of Organic Solvents Insoluble in Most, Execept Chlorinated Hydrocarbons
Resistance to Moths Not Attacked
Resistance to Mildew Not Attacked
 Identification  Melts Before Burning
Burning Asphalt Odor

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