volleyball net wire rope factory

Park and Sun Sports® set the standard for upper end outdoor volleyball net systems over thirty years ago with its telescopic, aluminum standards that adjust to three playing heights (men - 8’, women - 7’4", and coed - 7’8"), and the original slip on sleeve net design. The quality and innovations of these volleyball net systems continues as the Spectrum Classic™ and Spectrum™ 2000 still remain perennial favorites of tournament directors and competitive players. The Spectrum™ series unsurpassed for quick set-up and portability.

West Coast Netting is a leading manufacturer of ultra-high quality netting for volleyball.  We have been manufacturing volleyball netting since 1965 and have been an innovator in developing improvements to netting and netting systems.  We were the first manufacturer to add a cable in the top and bottom of volleyball nets.

Black netting is 3.0 mm in standard 4” square. Perimeter bands are constructed from 2.5” wide 20 oz white vinyl. Nets are braced with fiberglass dowels. Top cable is 41’ in length and is vinyl coated steel with a 3600 lb break strength. Cable ends are double pressed for strength.

Looking for a one-stop shop for volleyball equipment or accessories online? You’ve come to the right place! Cobra Net Systems has covered you with top-quality commercial volleyball nets with a lifetime guarantee. You’ll never need to buy another when you purchase a quality net from our trusted volleyball net company.

Our volleyball net company features a patented system that’s easy to install and designed to stand up to hard play. As trusted volleyball net manufacturers since 1992, we’re a leading custom net equipment company known for our fair prices and unrivaled quality. Whether you’re shopping for a professional-grade volleyball net for a major tournament or a new set-up for the backyard, you can rely on our products — all of which are designed with safety and longevity in mind.

Cobra Net Systems designs volleyball nets for commercial and residential customers. Our volleyball net and post manufacturers can customize your new net to suit your setting, whether it’s indoors or outdoors. Our nets are perfect for professional courts, the beach, the backyard, school gyms, recreation centers, fitness centers, and swimming pools. We’ve designed our net systems for a fast, one-person set-up. They have no dangerous guy wires or pegs, and their poles and ground stakes are made with aluminum, so you can expect them to last and perform as well as the first day you installed them.

As a leading volleyball net equipment company, Cobra Net Systems features both outdoor and indoor volleyball courts for sale. Our portable volleyball nets are patented and trusted by countless people and volleyball leagues across the country. You won’t find other systems that boast our flex pole technology and knot-free nets anywhere on the market.

Not only are our commercial volleyball nets durable for even the roughest professional gameplay, but they also perform with reliable functionality that you can trust. No matter how often you use our nets, they’ll hold up through countless indoor and outdoor matches.

Finding a volleyball net company that features reliable and easy-to-use nets that won’t cost you a fortune is imperative. Our trusted volleyball net company features portable volleyball nets that are fairly priced and guaranteed for life. As experienced volleyball post and net manufacturers, we have developed our own technology to create our premium net systems. Shop for online volleyball court systems and discover why customers prefer our nets to other sellers. Their superior performance and durable design routinely impress coaches, pro players, and recreational enthusiasts.

Cobra Net Systems features professional volleyball nets that are virtually indestructible. We also feature beach tennis courts for sale and other top-of-the-line nets that come with a lifetime guarantee. We have customers routinely tell us that they’re still enjoying the equipment they purchased from us 30 years ago. Instead of routinely replacing poor-performing nets each year, choose our quality products at Cobra Net Systems.

Shop online for our patented custom professional volleyball nets. Our nets don’t lose tension and don’t need replacing. Because our net systems are lightweight, you can transport them easily and set them up in minutes. There’s no need to struggle with unsafe guy wires or tie-down ropes with our system. Our flex pole technology and easy adjustment system allow you to set up your net for superior play in mere minutes. No other company offers this technology and a lifetime guarantee as an added bonus.

Whether you’re looking for a new net for your personal use or a more competitive atmosphere, you need a trusted volleyball net company handling the job. Cobra Net Systems has provided our customers with volleyball nets that have stood the test of repeated high-intensity games across various playing surfaces! Contact a team member today for more information about our volleyball courts, nets, posts, and other components!

Manufacturer of standard and custom volleyball nets. Nets are made from olefin or polypropylene without knots and has dimensions of 31 in. x 39 in. Features include insect proof, UV, abrasion, dirt and stain resistant, and has low water absorption. Available in black, green, or white. Other types of sport netting include golf, baseball, basketball, soccer/goal, and hockey nets, batting cages and gym curtains. Other standard and custom netting products are available for aquatic, commercial, construction, industrial and military applications. Net repair and sewing services are also available.

A popular option, the Official Power nets feature UV stabilized weather treated #21 nylon netting for durability, white vinyl binding on all edges, end pockets with dowels, and 8 grommets with strong nylon tie cords. Standard or metric sizes available.

Description:Set of six (6) 1" wide white poly tape straps (3 per side) sewn on to any Super Pro or Official Power Net. NOTE: This upgrade takes the place of the standard grommets on these nets.

Description:Upgrade your volleyball net with 3" finished width full color, digitally printed headbands. Lettering and logos can be added to any volleyball net and one charge covers printing and set-up.

Our school has worked with VolleyballUSA.com for multiple projects over the past several years and each time I am more impressed with their products and customer service. After five years, each outdoor volleyball system we have purchased remain in perfect condition and we routinely receive compliments on the quality of our volleyball facilities. Their customer care is the best out of any company we work with and it has come to the point where we look for opportunities to do business through VolleyballUSA.com. There is nowhere else I would go to for volleyball equipment.

To everyone at VolleyballUSA.com - Thanks for all the help. We love our courts! The Bazooka Net System is great. I appreciate all the help we received through the ordering process. We couldn"t have done it all without you.

The equipment you supplied was first class. Best beach pole pads we"ve ever used and the nets looked amazing. The entire received rave reviews from athletes and families.

I wanted to thank you very much again, for your generous partnership with my Monterey Beach events. Our main event this weekend, the 5th Annual Monterey Beach Open was another successful event! It"s partners like VolleyballUSA.com that makes it the best junior beach volleyball event in all of Central and Northern California!

Over the past few months we have installed the slider attachment system onto 6 of our 9 courts. Adding the new pole padding along with the branded out nets have been a huge success. Our courts look better than ever.

We are one of the leading Volleyball Nets Manufacturers, Suppliers, and Exporters in India. We design different grades of Volleyball Goal Post Net after checking the market requirements. Our wide range of Nets is suitable for Practice, Training, and Tournament Matches.

Volleyball net made of 2.5 mm thick twisted polyethylene cord. Head bond made of 2.5" wide, heavy duty vinyl coated tape. Sides and bottom made of vinyl coated tape. 40" long, 6 mm thick polyethylene cable.

Volleyball net made of 2 mm thick twisted polyethylene cord. Head bond made of 2" wide, heavy duty vinyl coated tape. Sides and bottom made of vinyl coated tape. 40" long, 6 mm thick polyethylene cable.

Volleyball net made of 2.0 mm thick twisted polyethylene cord. Head bond made of 1.5" wide heavy duty vinyl coated tape. Sides and bottom made of vinyl coated tape. 40" long, 6 mm thick polyethylene cable.

Volleyball net made of 2.5 mm thick twisted polyethylene cord. Head bond made of 2.5" wide, heavy duty vinyl coated tape. Sides and bottom are over edged. 40" long, 6 mm thick polyethylene cable.

Volleyball net made of 1.5 mm thick twisted polyethylene cord. Head bond made of 1.5" wide, heavy duty vinyl coated tape. Sides and bottom made of vinyl coated tape. 40" long, 6 mm thick polyethylene cable.

Volleyball net made of 2.0 mm thick twisted polyethylene cord. Head bond, sides and bottom made of 2.5" wide, heavy duty vinyl coated tape, yellow colour. Sides and bottom made of vinyl coated tape. 40" long, 6 mm thick polyethylene cable.

Volleyball knotted net made of 3 mm thick twisted polyethylene cord. 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of heavy duty vinyl coated tape. Sides reinforced with 10 mm fiber rod. Tensioning Cord made of 6 mm Kevlar rope 11.70 m long.

Volleyball knotted net made of 3 mm thick twisted polyethylene cord. 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of heavy duty vinyl coated tape. Sides reinforced with 10 mm fiber rod. Tensioning Cord made of 6 mm Steel wire 11.70 m long.

Volleyball knotted net made of 3 mm thick twisted polyethylene cord. 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of heavy duty vinyl coated tape. Tensioning Cord made of 6 mm Kevlar rope 11.70 m long.

Volleyball knotted net made of 3 mm thick twisted polyethylene cord. Top 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of heavy duty vinyl coated tape. Tensioning Cord made of 6 mm Steel wire 11.70 m long.

Volleyball knotted net made of 3 mm thick twisted polyethylene cord. 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of polypropylene knitted tape. Sides reinforced with 10 mm fiber rod. Tensioning Cord made of 6 mm Kevlar rope 11.70 m long.

Volleyball knotted net made of 3 mm thick twisted polyethylene cord. 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of polypropylene knitted tape. Sides reinforced with 10 mm fiber rod. Tensioning Cord made of 6 mm Steel wire 11.70 m long.

Volleyball knotted net made of 3 mm thick twisted polyethylene cord. 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of polypropylene knitted tape. Tensioning Cord made of 6 mm Kevlar rope 11.70 m long.

Volleyball knotted net made of 3 mm thick twisted polyethylene cord. 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of polypropylene knitted tape. Tensioning Cord made of 6 mm Steel wire 11.70 m long.

Volleyball knotless net made of 3.75 mm thick polypropylene cord 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of heavy duty vinyl coated tape. Sides reinforced with 10 mm fiber rod. Tensioning Cord made of 6 mm Kevlar rope 11.70 m long.

Volleyball knotless net made of 3.75 mm thick polypropylene cord 2.75" (70 mm) Top Edging and 1.5" (38 mm) Side and Bottom Edging made of heavy duty vinyl coated tape. Sides reinforced with 10 mm fiber rod. Tensioning Cord made 6 mm Steel wire 11.70 m long.

Volleyball knotless net made of 3.75 mm thick polypropylene cord 2.75" (70 mm) Top Edging and 1.5" (38 mm) Side and Bottom Edging made of heavy duty vinyl coated tape. Tensioning Cord made of 6 mm Kevlar rope 11.70 m long.

Volleyball knotless net made of 3.75 mm thick polypropylene cord 2.75" (70 mm) Top Edging and 1.5" (38 mm) Side and Bottom Edging made of heavy duty vinyl coated tape. Tensioning Cord made of 6 mm Steel wire 11.70 m long.

Volleyball knotless net made of 3.75 mm thick polypropylene cord 2.75” (70 mm) Top Edging and 1.5” (38 mm) Side and Bottom Edging made of polypropylene knitted tape. Sides reinforced with 10 mm fiber rod. Tensioning Cord made of 6 mm Kevlar rope 11.70 m long.

Manufacturing companies choose to use Dyneema rope over steel wire rope for heavy lifting applications such as heavy lift slings, crane rope, and other rigging operations because Dyneema rope:

Dyneema fiber rope is made from Ultra-High Molecular Weight Polyethylene (UHMWPE) fiber. Dyneema 12 strand rope is a common Dyneema fibered rope used for heavy-duty rigging applications. USA Rope & Recovery manufactures several different types of Dyneema fiber rope including the popular 12 Strand, and 24 Strand ropes, as well as others. No matter the application, USA Rope provides strong, durable, and efficient rope for the marine, arborist, nautical, off-roading, and other manufacturing industries.

More times than not, Dyneema fiber rope and steel wire rope are compared by most manufacturing companies–likeThe Rigging Company–for certain maritime, mooring, and towing rope applications. Pound for pound, Dyneema fiber rope is up to 15 times stronger than steel and up to 40% stronger than aramid fibers–otherwise known as Kevlar rope. The high-performance strength and low weight of Dyneema rope ensures that it is safer to use than steel wire rope. Ideally, Manufacturing companies want a rope that can withstand tremendous weight while being light enough to move, use, and work with when needed. Traditionally, steel wire rope is used for heavy-duty maritime, rigging, and mooring rope applications. Although steel wire rope is known for being used for heavy-duty rigging, the disadvantage is the serious risks that come from its heavy-weight and uneven breakage behavior. When a steel wire rope breaks, the combination of the enormous energy and incredible force causes unpredictable recoil. This unpredictable recoil comes from how wire rope is coiled. Essentially, wire rope is several strands of metal wire twisted into a helix, forming a composite rope. When breakage occurs, the helix formed rope unravels, creating a snaking behavior which can cause sharp edges of the broken strands to release at a dangerous force. The lack of strength compared to Dyneema rope shows that steel wire rope is more susceptible to breaking. This can increase risk factors for manufacturing companies that use steel wire rope for rigging, mooring, and heavy duty lifting.

For example, when comparing a ⅜ inch 12 Strand Dyneema rope to a ⅜ inch steel wire rope, the 12 strand Dyneema rope is significantly stronger and presents safer breaking characteristics. The ⅜ inch steel wire rope withstands a load of 14,478 pounds. As the video shows, even in the event of a partial rupture, the steel wire ropes higher mass and recoil provides a greater risk over 12 Strand Dyneema rope. With a ⅜ inch 12 Strand Dyneema rope, it can withstand 18,857 pounds. With the Dyneema fibers low mass and recoil, it reduces the risks for manufacturing companies using rigging rope for heavy-duty lifting applications.

Dyneema is 7 times lighter than steel wire rope at the same strength. In the event of a break, the recoil force is considerably less. Furthermore, the different construction of a Dyneema rope shows a linear recoil without any snaking behavior. This is due to the fact that Dyneema rope is manufactured from UHMWPE, which is comprised of extremely long chains of polyethylene oriented in the same direction, resulting in an overlapping effect. The overlapping of the UHMWPE increases the bond of the chains and thereby strengthens the Dyneema fiber. Dyneema rope offers durable characteristics that can withstand an immense amount of strength while having very little weight to the rope. Because Dyneema fiber is lighter and has a lesser impact when breakage occurs, choosing Dyneema rope over steel wire rope is the safer choice for manufacturing companies working with heavy lifting and below the hook rigging applications for the industrial, nautical, and arborist industries.

When choosing the best rope for any maritime, mooring, towing, or heavy-duty lifting application, choose a rope that can withstand extremely heavy loads and has a long enough lifetime to handle external factors in the nautical, industrial, or arborist industry. In order to decide which rope is best for the job, there are four main challenges that rigging, heavy-duty lifting, mooring, and towing ropes need to overcome:

Dyneema rope is the only high modulus synthetic fiber that has been scientifically engineered–from Ultra-High Molecular Weight Polyethylene (UHMWPE)–to overcome all four of these challenges. Dyneema is the world’s strongest fiber producing ropes that are 15 times stronger than steel wire ropes of the same weight and has become one the most trusted fiber ropes over generic HMPE ropes and steel cable wire ropes for all rigging, maritime, mooring, and towing rope applications.

Manufacturing companies that work with maritime and mooring applications need a durable rigging rope to withstand the constant pulling that comes from the rope running through fairleads and over capstans. Also, in heavy-duty lifting and towing applications, ropes come in contact with rough surfaces such as chocks and the vessel’s deck. These applications can potentially provide severe abrasions to the ropes and degrade the exposed fibers, eventually breaking them. Choosing a Dyneema fibered rope provides manufacturers with a durable, lightweight rope that carries an abrasion lifetime that is four times longer than steel wire rope and rope made with regular HMPE and polyester. With Dyneema’s extended abrasion lifetime, manufacturers are choosing Dyneema rope over steel wire rope for all mooring, towing, maritime, and heavy-duty lifting applications throughout the nautical, arborist, and industrial industries.

Bending fatigue occurs every time a rope flexes under tension. For heavy-duty lifting applications, rope experiences potential bending-fatigue every time something needs to be moved. For example, when a steel beam manufacturer has completed a 15-ton custom-made beam for a military-grade application, the finished product needs to be moved onto a truck for shipment. Rigging ropes are then attached to a crane to then lift, move and place the steel beam from the warehouse to the truck. This can wear out the rope. Another example is when the rope runs over fairleads and pedestals in maritime and mooring applications. This stresses the fiber both inside and outside of the rope causing bending fatigue and decreases the useful life of the rope. Certain conditions in towing and mooring applications can also lead to compression fatigue. This happens when ropes become slack during services and the fibers compress. Due to the molecular properties (UHMWPE) engineered to make Dyneema fiber– and its extremely long chains of polyethylene oriented in the same direction–threats of compression and bending fatigue are far less over other synthetic fibers and steel wire ropes.

In all rigging applications, synthetic ropes elongate when over a long period of time when loaded in higher temperatures–commonly referred to as creep. Creep is irreversible and when combined with abrasions or other risks, it can lead to rope failure. With regular HMPE rope, in heavy-duty lifting and towing applications where high loads and high temperatures are constantly a factor, the creep process can accelerate. This can be a major risk for ropes made from generic HMPE. In contrast, Dyneema rope has up to four times longer creep lifetime. When comparing Dyneema fiber to Spectra, another synthetic fiber rope, under 122 degrees Fahrenheit and 600 MPa load, Dyneema rope has a significantly longer creep lifetime than Spectra fiber rope.

eAfter comparing Dyneema rope to steel wire rope–a ⅜ inch 12 Strand Dyneema rope to a ⅜ inch steel wire rope–there is a guarantee that Dyneema rope is 15 times stronger and better at dealing with abrasions over steel wire rope. For manufacturing companies, Dyneema rope is also considered to be superior to Nylon rope due to Dyneema fiber having low ability to stretch, is UV resistant, and possesses an immense amount of strength. USA Rope properly manufactures Dyneema fibered ropes that are synthetically engineered to uphold incredible weight while enduring constant friction for application uses involving heavy-duty lifting, crane rope support, and below the hook rigging.

Understanding that Dyneema fiber rope is better used for manufacturing companies over steel wire rope, USA Rope & Recovery works hard to manufacture the highest quality rope by using top-of-the-line supplies from across the USA. Dedicating time and effort to finding the next best and technologically advanced products in the market is our main goal at USA Rope in order to help our customers gain the best competitive advantage in their respective field. USA Rope & Recovery also manufactures additional ropes including Spectra, Nylon, Polyester, Polypro, and Kevlar (Aramid) fiber ropes. No matter the application, USA Rope is a leader in custom rope manufacturing for industries including nautical, industrial, arborist, and marine.

In general, running rigging should be replaced whenever it shows visible signs of damage – core hemorrhaged through the cover, several broken strands close together, “rot” from UV exposure, or green and stiff from disuse. There’s a rule of thumb, but it varies rigger to rigger. The Rule of thumb says to replace all rigging hardware every 5-10 years. However, depending on how much everyday usage, weight, and environmental factors the rigging ropes take on can make the rule of thumb shorter or longer.