What is hydrophobic mesh for lacrosse?
For lacrosse players, having quality mesh in the head of their stick is essential for optimal ball control and shooting performance. Hydrophobic mesh refers to mesh that has been treated to repel water and stay dry. This is particularly useful for lacrosse, as mesh that retains water can become heavier and lose its structure. Hydrophobic mesh aims to mimic the performance and feel of broken-in mesh right out of the package.
Some of the popular hydrophobic mesh options in lacrosse include Epoch Otter Mesh and Stringking Green Lacrosse Mesh. These products use special coatings to create a water-repellent barrier on the mesh strands. This prevents the mesh from absorbing water and allows it to maintain its stiff, rigid structure even when wet. The result is mesh that plays like it’s well-broken in but still has the crispness and rebound of brand new mesh.
How does hydrophobic mesh work in lacrosse?
The hydrophobic properties of treated mesh like Epoch Otter and Stringking Green come from chemical coatings applied during production. These coatings change the surface chemistry of the mesh by making it hydrophobic (water-repelling).
Polymer chemicals like polytetrafluoroethylene (PTFE), commonly known as Teflon, can be used to coat the mesh fibers. PTFE has a very non-reactive structure that prevents water from penetrating the surface. This is the same reason it’s used for non-stick cookware.
Other hydrophobic coatings may use alternative polymers, silicones or waxes to achieve similar water resistance. By preventing the mesh strands from absorbing moisture, the coatings keep the mesh structure tight and rigid like new mesh, even when wet during play.
How to make regular mesh hydrophobic
It is possible to make normal mesh more hydrophobic by applying waterproofing treatments at home:
- Spray-on waterproofing – Products like Scotchgard Fabric Water Shield, Nikwax Textile Proof or 303 Aerospace Protectant can be sprayed onto mesh. The waterproofing chemicals will soak into the fibers.
- Wax rub-on – Rubbing paraffin wax or beeswax into mesh can create a protective barrier.
- Silicone spray – Clear silicone sprays can be used to give a hydrophobic coating.
The key is applying a thin, even coating across the mesh surface and allowing it to fully dry. Too much product may leave an overly stiff or sticky residue. Applying heat may help fully cure the treatment.
While home treatments can help, mesh specifically designed with embedded hydrophobic polymer coatings tend to be more effective and longer-lasting.
What is Epoch Otter Mesh?
Epoch Otter Mesh is one of the most popular hydrophobic lacrosse meshes. This polyester mesh uses an advanced coating technology with an “Otter shell” that repels both dirt and water from the surface.
Like real otter fur, which consists of dense, water-resistant hair, Epoch Otter Mesh aims to shed water and retain its structure – giving consistent ball control and shooting performance in all weather conditions. Even after heavy use, the mesh maintains its stiffness and shape better than uncoated mesh.
Epoch also claims its Otter Mesh better grips both natural and synthetic lacrosse balls compared to other meshes. This helps with securing the ball in the pocket during play. The mesh comes stock colored in shades of red, white or blue like the rest of Epoch’s gear.
What is Stringking Green Mesh?
Stringking Green Mesh is another popular hydrophobic lacrosse mesh that players use for its high stiffness and water resistance. It consists of polyethylene fibers coated in a patented water-repellent polymer that reduces water absorption.
The Green Mesh technology aims to deliver consistent ball control, release and hold through all weather conditions. Wet weather can make a dramatic difference in regular mesh’s stiffness, pocket and ball control. By retaining its shape when wet, Green Mesh provides reliability.
The mesh comes in green or grey options. It is thicker than regular mesh, which adds to the stiffness. Stringking recommends hot water treatment to make the mesh even stiffer as it breaks in over time.
Benefits of hydrophobic mesh
Hydrophobic lacrosse mesh offers players performance benefits:
- Retains stiffness when wet – Doesn’t get heavy, soggy or lose structure
- Consistent pocket & ball control – Unaffected by moisture or weather
- Mimics broken-in feel – Brand new crispness right away
- Reduces restringing needs – Maintains shape longer
- All-weather reliability – Performs same dry or wet
- Easy stringing & break-in – No pre-stretching needed
For players who play in wet conditions often or want that broken-in feel immediately, hydrophobic mesh can provide an advantage. While it does cost more than regular mesh, the performance benefits and durability are noticeable.
Why use hydrophobic lacrosse mesh?
For lacrosse players, having mesh with optimized ball control and release is critical for top performance. Hydrophobic mesh that repels water provides players with consistency in ball control and pocket performance in all weather conditions.
Uncoated mesh can become waterlogged and lose its structure during wet weather play. This affects how the ball moves, sits and releases from the pocket. Hydrophobic mesh technologies like Epoch Otter Mesh and Stringking Green Mesh use advanced polymer coatings to prevent moisture absorption.
This keeps the mesh stiff and crisp, providing the same predictable pocket and ball control whether dry or wet. Using hydrophobic mesh gives players reliability and optimizes handling no matter the conditions.
Consistent pocket shape & ball control
One of the biggest performance benefits of hydrophobic lacrosse mesh is consistent pocket shape and ball control when wet. Uncoated mesh tends to lose its defined pocket shape as it absorbs moisture and sags.
This makes it harder to cradle and control the ball cleanly. With hydrophobic coatings, the mesh retains its structure even when drenched. This allows for the same precise handling of ground balls, catching, cradling and passing wet or dry.
All-weather ball release & shooting
Wet regular mesh also impacts the speed and accuracy of ball release on shots. The changed pocket shape alters the ball’s trajectory coming out of the stick. This forces players to adjust their shooting motion in rain or snow.
Hydrophobic mesh deliveries the same crisp, consistent ball release every time, regardless of conditions. Players can trust their muscle memory and stick skills without worrying about moisture altering the shot.
Retains “broken-in” stiffness longer
Another benefit of hydrophobic coatings is they help mesh retain its optimal stiffness through repeated use. Uncoated mesh tends to lose its structure and become too soft and floppy over time.
The hydrophobic coating gives mesh increased durability and stiffness. Even after heavy use, it maintains its shape and crispness longer before needing to be restrung.
Easy stringing & break-in
Mesh that repels water also makes stringing pockets simpler and speeds up break-in time. Players can string sticks right away without pre-stretching and prepping the mesh first.
The fibers stay stiffer during stringing, allowing players to dial in pocket shapes more precisely. Less working of the mesh is needed to reach an ideal pocket compared to regular mesh.
Dries faster
Hydrophobic coatings make mesh shed water more quickly too. When gear gets drenched during games, hydrophobic mesh will dry faster than regular mesh afterwards.
This keeps mesh lighter and reduces any retained moisture that could affect stiffness. Quicker drying also reduces any mildew or odor buildup over time.
When to choose hydrophobic mesh
The benefits of hydrophobic mesh make it ideal for:
- Players in wet climate areas
- Middies playing both offense & defense
- Face-off specialists
- Goalies seeing lots of action
- Athletes wanting consistent release and pocket shape
While hydrophobic mesh costs a bit more upfront, the performance benefits and durability often make up for it with less restringing needed.
Popular hydrophobic mesh options
Some top hydrophobic mesh choices include:
- Epoch Otter Mesh – Repels dirt and water using a PTFE-based “Otter Shell” coating
- Stringking Green Mesh – Polyethylene with a patented hydrophobic polymer coating
- East Coast Dyes ECM Black – Nanotechnology coating resists water
- Jimalax Mesh – Coated to repel water and improve durability
Gear companies continue to develop new technologies and coatings to optimize mesh performance in all conditions. Over time, hydrophobic mesh engineering continues to improve for even better all-weather play.
Different types of hydrophobic lacrosse mesh
For lacrosse players, having quality mesh is essential for success on the field. One of the most important factors is making sure your mesh is hydrophobic, meaning it repels water. When mesh gets wet, it gets heavier and can affect ball control and shooting accuracy. There are a few techniques players use to make their mesh hydrophobic and maximize performance.
One popular type of hydrophobic mesh is Epoch Otter Mesh. Otter mesh has a smooth nylon construction that naturally repels water. It keeps its structure and shape even when wet. Epoch designs their Otter mesh to have minimal stretch and memory. This gives players enhanced ball control, faster releases, and consistent pocket shape. Epoch’s Otter mesh comes colored or dyed in a variety of vibrant colors. It’s a lightweight mesh favored by offensive players for its quick release and hold.
Another option is wax mesh treatments. Applying wax to traditional nylon mesh makes the fibers hydrophobic. Green lacrosse mesh is often treated with wax to help repel water. Players use products like Throne Mesh Wax or Mesh Monkey Wax to coat their pockets. The wax soaks into the mesh fibers and makes water bead off the surface. Wax mesh treatments need to be reapplied periodically as the wax wears off over time. But waxing mesh is an inexpensive way to improve water repellency.
There are also hydrophobic stringing products, like Mesh Houdini, that help make traditional nylon mesh more water-resistant. These liquid polymer coatings get applied to the mesh during stringing. As the coating cures, it forms a barrier around the fibers to prevent water absorption. Products like Mesh Houdini help reduce waterlogging without altering the flexibility or feel of the mesh during play.
Pre-waxed mesh is another option that provides built-in water resistance. Manufacturers like StringKing and ECD use advanced wax treatments during production to make mesh that maintains structure when wet. Pre-waxed meshes like StringKing Type 3.5 and ECD Rebel Pro provide consistent throws and quick ball releases, even in rainy conditions. The wax helps keep the mesh rigid and responsive when saturated, mimicking the feel of broken-in mesh.
For players who like a soft feel, wool shooting strings help shed moisture from mesh pockets. Brands like Jimalax and StringKing use high-quality waxed wool for shooters. The hydrophobic nature of wool makes it perfect for keeping mesh pockets dry. The downside is that wool shooters require extra conditioning to prevent fraying. For rainy spring games though, wool shooting strings are a smart choice.
Hard mesh is inherently hydrophobic and a top choice for many lacrosse players. Hard meshes like StringKing Type 3s, ECD Brave / Cobra, and Throne Heat preshape pockets that maintain their structure – wet or dry. The stiff, waxed nylon construction prevents compression when saturated. Hard meshes offer players a consistent release point and pocket shape, even in wet conditions. With preformed pockets that hold their shape, hard mesh delivers predictable throws from any field or weather condition.
For players looking for maximum water resistance, mesh lacrosse heads with a U- or V-channel construction drain and dry quickly. Heads like the Epoch Hawk, Nike CEO, and Maverik Tactik have an open sidewall design that allows water to shed faster. Less water gets trapped inside the head, keeping the pocket lightweight. Mesh heads with drainage channels are ideal for spring leagues and teams in rainy climates.
While specialty meshes provide great water repellency, a simple DIY approach is to apply a hydrophobic spray treatment. Sprays like Scotchgard repel moisture from nylon sports equipment and fabrics. Just mask off the plastic and apply a coating to mesh pockets and shooting strings. It dries clear with minimal effect on ball control. Reapply after each game or significant rainfall for continued effectiveness.
Having hydrophobic mesh is a game changer, especially for spring seasons. Wet mesh leads to greater rebound, unpredictability, and potentially painful stingers. Taking steps to repel water keeps pockets light, fast, and consistent – no matter the weather. With options like pre-waxed mesh, water-resistant coatings, or wool shooting strings, players can find the right hydrophobic solution for their game.
How to make mesh hydrophobic naturally
Keeping lacrosse mesh hydrophobic (water-resistant) is critical for maximizing ball control and shot accuracy. When mesh gets drenched, performance suffers. Luckily, there are some easy, natural ways to make traditional nylon mesh more hydrophobic without chemicals or coatings.
One of the simplest approaches is to rub beeswax into the mesh. Beeswax is hydrophobic, so coating the pocket with a thin layer of wax helps repel moisture. Gently warm a small amount of beeswax with your hands and massage it into the mesh, focusing on the diamonds closest to the sweet spot. The warmth allows the wax to penetrate the fibers. Let it cool completely before stringing to get a rigid, water-resistant pocket.
Another all-natural option is using linseed oil, sometimes called flaxseed oil. Like beeswax, linseed oil repels water once cured on the mesh. After stringing your head, unstring the first few diamonds in the pocket area. Generously apply linseed oil with a small brush or cotton swab. Let it penetrate the mesh for 10-15 minutes before wiping away excess. Allow 24 hours for it to fully cure before restringing and using. The oil will make those treated diamonds more rigid and hydrophobic.
Transparent epoxy resin can also waterproof traditional mesh when brushed on. Carefully mask off just the pocket area and apply a smooth, even coating of epoxy. Use a small craft brush and spread slowly to prevent drips. The epoxy will create a durable, water-repelling barrier around the fibers as it hardens. Give it several hours to fully set before removing the painter’s tape used for masking. This helps the treated diamonds maintain their shape when wet.
Paraffin wax is another household item that makes mesh hydrophobic. Melt paraffin in a double boiler, then dip just the bottom of the pocket in the liquid wax. Hold for 60 seconds before slowly removing. Give the wax time to cool and harden fully. The paraffin creates a protective coating to repel moisture. Reapply as needed after heavy use. This works great for spot treating areas prone to soaking up water.
An easy DIY waterproofer is mixing grated beeswax with coconut oil. Gently heat and stir 1 tablespoon of beeswax into 3 tablespoons of coconut oil until fully dissolved. Allow to cool slightly and use a foam brush to generously coat pocket diamonds. Let it soak in, then wipe away any excess oil/wax. This homemade mixture keeps mesh rigid and hydrophobic for several games before needing reapplication.
Rubbing petroleum jelly into mesh is a quick, simple hydrophobic treatment. Use a cotton swab to spot-treat high abrasion areas in your pocket with petroleum jelly. Focus on the center diamonds where ball contact occurs most. The petroleum jelly fills fibers and repels moisture. Reapply frequently, as it wears off over time and washes out easily with heavy rain. But it’s an easy fix between practices and games.
Spraying pockets lightly with hairspray also provides short-term water resistance. The hairspray temporarily seals the mesh fibers to prevent water absorption. Just mask off the head and apply a light coating to the diamonds and nylons, avoiding shooters. Let dry completely before stringing up. Hairspray isn’t durable, so reapply every few games or practices as needed.
Pre-treatment products like Absorbine Jr. can prep untreated mesh to accept wax coatings better. Apply Absorbine liberally to help open the nylon fibers, allow it to soak in for 5 minutes, then blot away any excess. This allows wax, oil, or epoxy treatments to penetrate deeper for better water resistance. Just be sure to thoroughly clean all residue before applying any other treatments.
With a bit of preparation, traditional polyester and nylon meshes can be made more naturally hydrophobic. Basic household items like beeswax, coconut oil, paraffin, and petroleum jelly all help repel moisture when applied properly. While not as durable as specialty waxed meshes, these homemade waterproofing options let you improve pocket performance on rainy game days.
Best hydrophobic lacrosse mesh products
Having mesh that repels water is crucial for optimized lacrosse performance. Wet mesh leads to decreased ball control, inconsistent pocket shape, and slower release speeds. Thankfully, there are many great hydrophobic mesh products designed to keep your pocket lightweight and fast.
One of the most popular is Epoch Otter Mesh. The ultra-smooth nylon fibers naturally resist water absorption. Epoch uses a special treatment process to make Otter Mesh virtually waterproof. Even when drenched, it maintains structure and shape. Otter Mesh delivers consistent throws and quick releases from wet or dry conditions. It’s a top choice for face-off players, attackmen, and midfielders.
StringKing Type 3s mesh is another top hydrophobic mesh. It uses an advanced wax coating to repel water from the tightly-woven hard mesh. This allows it to keep its precise preformed shape even when saturated. The wax also prevents compression and deformation, maximizing the consistency of every throw. For players that rely on a rigid, consistent pocket, Type 3s is a go-to.
Throne Mesh sells a variety of waxed meshes optimized for water resistance. Their premium wax treatment allows the nylon diamonds to shrug off moisture. Products like Throne Heat, Throne Lax Wool, and Throne Hurricane Dry allow for quicker ball releases when wet. Throne Mesh also makes it easy to re-wax pockets as needed to improve longevity.
ECD Rebel Pro mesh uses a lightweight DuPont Teflon coating to prevent waterlogging. By chemically treating the mesh during production, ECD makes their Rebel Pro mesh virtually impervious to rain and moisture. Even when soaked, Rebel Pro keeps pockets stiff. This results in crisp, consistent throws that players can rely on in all weather conditions.
Jimalax Mesh is an excellent waxed mesh known for itsunique flat, monoframe diamond shape. The proprietary wax formulation allows Jimalax diamonds to maintain their structure when wet for consistent throws. For players who like a quicker break-in time, Jimalax provides the hydrophobic control of waxed mesh with a softer feel right off the rack.
If you prefer a soft pocket feel, StringKing Type 3.5 wax mesh is a great option. It combines the consistence and control of waxed mesh with a flexible nylon construction. When wet, Type 3.5 mesh retains its shape without compromising feel or pocket finesse. The advanced wax coating also repels dirt and debris between games.
For goalies, West Coast Mesh offers excellent hydrophobic products like Seal Pro and Phantom that resist water logging. These stiff, preformed meshes allow for faster ball control and outlet passes. Even if soaked by rain or snow, the wax coatings keep pockets rigid and fast.
When shopping for your next piece of mesh, consider going hydrophobic. Products featuring advanced wax, polymer, or Teflon treatments deliver unmatched performance in wet conditions. Brands like Throne, Epoch, ECD, Jimalax, and StringKing all offer exceptional hydrophobic mesh worth checking out.
Applying weatherproofing spray on mesh
Traditional nylon lacrosse mesh can become waterlogged in wet weather, wreaking havoc on ball control and shot precision. While waxed and coated meshes resist moisture, an easy DIY solution is applying a weatherproofing spray.
Before spraying, carefully mask off the plastic lacrosse head using painter’s tape. This prevents the spray from getting on the head itself. Only expose the mesh diamonds you wish to treat. Focus on the main pocket area closest to the sweet spot.
Scotchgard Fabric & Upholstery Protector works great for weatherproofing traditional pockets. When applying, hold the can 6-8 inches away and lightly mist the exposed diamonds. Avoid oversaturating – a light coating is all that’s needed. Let the spray fully dry for at least 60 minutes.
Another option popular with lacrosse players is Kiwi Camp Dry. It applies a durable water-repellent coating while preserving breathability. Spray a light, even coat across mesh diamonds from about 12 inches away. Let Camp Dry fully cure for 24 hours before removing the masking tape.
When treating shooting strings, remove them from the head rather than masking. Stretch out the laces and lightly spray along their length. Allow to dry completely before restringing. This keeps strings from absorbing water and maintains consistent shooting power.
Before games or practices, restring and check pocket placement to ensure weatherproofing sprays haven’t altered ball control or release. While many players don’t notice a difference, the sprays can slightly stiffen mesh. Tweak stringing as needed to compensate.
A key tip is avoiding oversaturation, which can lead to a crunchy, stiff feel. Mist lightly, test absorption with a drop of water, and reapply cautiously until water beads on the surface. Just a thin coating of Scotchgard or Camp Dry keeps pockets performing in wet conditions.
Reapply weatherproofing sprays as needed, especially after heavy rain. Fortunately reapplication is quick and just requires a light misting. These sprays bond to mesh fibers and rarely wash out with normal use. But heavy saturation can shorten effectiveness.
For added water resistance, apply a thin coat of liquid silicone sealant like GE Silicone II Clear after the weatherproofing spray has cured. The silicone fills any gaps in coverage and boosts hydrophobic properties. Allow to fully set before stringing up.
With some basic masking and light spray techniques, traditional nylon and polyester pockets can be made more rain and moisture resistant. Scotchgard and Camp Dry are inexpensive, effective options for boosting pocket performance in wet weather. And best of all, they don’t alter ball control like heavy wax coatings when applied properly.
For lacrosse players, having quality mesh in the head of their stick is essential for optimal ball control and release. While there are many types of mesh on the market, Epoch’s Otter Mesh has gained popularity in recent years for its hydrophobic properties that repel water, maintain shape integrity, and provide a “broken-in” feel right out of the package. But what if you want those same performance characteristics in a more affordable nylon or traditional polyethylene mesh? There are ways to make standard meshes more hydrophobic and hardened through a simple baking technique.
Baking mesh in oven to create hardness
The secret behind Otter Mesh’s hardness lies in Epoch’s thermosetting manufacturing process. By subjecting the polyethylene strands to high heat, the plastic is essentially reshaped and hardened, creating a stiff, weather-resistant mesh pocket. While other meshes utilize a similar baking method, Epoch’s proprietary techniques result in the uniquely rigid Otter Mesh that has become popular among players. Recreating the process at home with traditional mesh requires just a few simple steps.
Preparing the mesh
Start with a brand new piece of nylon or polyethylene mesh – this ensures the material hasn’t been prematurely softened through use and washing. Cut the mesh to size to fit your lacrosse stick head. Before baking, stretch the mesh both vertically and horizontally to open up the holes as much as possible. This allows the heat to penetrate the plastic more evenly throughout. Some players also recommend using binder clips or clamps to hold the stretched mesh in place and prevent it from recoiling when exposed to heat.
Baking process
Preheat your oven to 300-350°F – the ideal temperature range for hardening plastic mesh without causing it to melt. Place the stretched mesh pieces directly on the middle oven rack. Allow the mesh to bake for 15-25 minutes, checking frequently near the end to ensure it doesn’t overcook. The plastic will become more rigid but should not change color or become deformed. After baking, carefully remove the mesh and allow it to cool completely before handling. Be cautious, as the plastic will be extremely hot immediately after baking.
Achieving optimal hardness
It often takes some trial and error to find the ideal baking time for your particular oven and mesh material. Shorter times around 15 minutes will provide some increased structure while longer baking around 25 minutes will maximize hardness. However, exceeding 25 minutes risks damaging the mesh. Keep in mind that while this baking process can improve rigidity, it likely won’t achieve the same stiffness as Epoch’s Otter Mesh. The initial stretching method also plays a role – the more the mesh holes are expanded before baking, the harder the end result will be. Lastly, repeating the baking process a second time can incrementally boost hardness, though take care not to overbake.
Considerations
While baking your mesh creates beneficial performance properties similar to Epoch’s Otter, there are some trade-offs to consider. First, the process will cause some slight discoloration and distortion as the material takes shape under heat. Additionally, the mesh may become more prone to chipping or cracking over time – Otter Mesh uses advanced plastic polymers designed to avoid this. Lastly, home baking dries out mesh fibers rather than making them naturally hydrophobic like Otter. To impart lasting water-repellency, apply a specialized coating like Scotchgard after hardening the mesh.
Making mesh hydrophobic
In addition to increased rigidity, Epoch’s Otter Mesh is uniquely hydrophobic, causing water to bead up and roll off the pocket instead of absorbing. This keeps the mesh performing consistently whether dry or wet. While baking plastic mesh can mimic some of Otter’s hardness, a few extra steps are needed to make the material properly hydrophobic.
Mesh coatings
The simplest way to make standard nylon or polyethylene mesh hydrophobic is to apply a water-repellent coating after baking. Products like Scotchgard, Red Resin, and Granger’s Performance Repel are spray-on treatments designed for sporting equipment and will work well for lacrosse mesh. Be sure to evenly coat both sides of the mesh and allow it to fully dry. Reapply every few months as needed to maintain effectiveness.
Wax method
For a more involved but long-lasting hydrophobic solution, melt paraffin or beeswax into the mesh after hardening. Heat wax in a pot or tin can until liquefied then dip sections of the mesh to saturate it. The wax will soak into the mesh holes while the external plastic strands will repel water. Remove any excess wax buildup with a paper towel. The wax will bond to the mesh during cooling and help retain shape. Re-wax every so often when needed.
Considerations
Coatings and wax can certainly help repel moisture from mesh, but likely won’t match the performance of Epoch’s proprietary Otter polymers. Water-repellent chemicals may need frequent reapplication to remain effective, while excess wax can flake off over time. Proper application is also key – be sure coatings and wax fully penetrate mesh holes. Overall, these methods provide a useful water-resistant effect that extends the life of hardened mesh.
While Epoch’s Otter Mesh remains the top-tier choice for maximized hardness and hydrophobic properties right out of the package, players can still improve the performance of traditional meshes with some simple at-home treatments. Baking plastic mesh provides added structure and shape retention similar to Otter, while sprays or wax help impart useful water-beading characteristics. With some trial and error to dial in proper techniques, you can have a pocket with great ball control, scooping, and wet weather playability.
In the world of lacrosse, quality mesh can make all the difference in ball control and handling. Epoch’s Otter Mesh has gained a strong following for its signature hardness and hydrophobic properties that help repel water. But for those looking to improve the performance of traditional nylon or polyethylene meshes, waxing the material with beeswax can offer an effective water-resistant solution.
Waxing mesh with beeswax for water resistance
Beeswax is an all-natural substance that provides durable water repellency when infused into porous materials like mesh. By melting beeswax into lacrosse head pockets after hardening, players can achieve many of the same hydrophobic benefits as Epoch’s Otter Mesh at a fraction of the price.
Preparing the mesh
Start by baking new mesh according to proper hardening techniques until optimally rigid. Allow to fully cool and install in the head. Next, melt pure beeswax in a tin can or heat-safe pot over low heat until liquid – microwaving also works. The wax should be completely melted but not smoking or burned. Have the strung lacrosse head handy before starting to wax so the mesh doesn’t cool and harden prematurely.
Applying wax
Carefully dip sections of the treated mesh into the hot wax, submerging fully to saturate the material. Allow any excess wax to drip off then use a paper towel to lightly blot and remove buildup from the plastic strands while leaving wax within the pocket. Continue dipping and wiping until the head is fully waxed. Pay extra attention to the scoop area. As the wax cools and hardens it will bond to the interior of the mesh to help retain shape.
Performance results
When done properly, the beeswax will penetrate mesh openings while water will bead up and roll off the exterior plastic. This helps keep pockets performing consistently whether wet or dry. The wax also helps reinforce shape after baking. However, results may not be as dramatic or long-lasting as Epoch’s proprietary Otter Mesh technology. Reapply wax 2-3 times per season as needed, or whenever pockets begin to absorb water again.
Considerations
Waxing mesh pockets is an effective way to impart increased hydrophobic properties. But there are some factors to keep in mind. Excess wax buildup on strands can flake off over time. Frequent re-waxing is required to maintain optimal repellency. And improperly applying wax by not fully penetrating mesh openings will limit water resistance. Waxing provides a useful performance boost but may not match permanent hydrophobic polymers.
For players seeking high-end hydrophobic traits without paying premium prices, beeswax waxing helps standard meshes better emulate the all-weather playability of Epoch’s Otter. While reapplication is needed to maintain effectiveness, the process is straightforward and affordable. With some practice, lacrosse heads can gain excellent moisture-wicking abilities to boost handling and ball control in wet conditions.
Waxing mesh with paraffin wax is another option for achieving water resistance similar to beeswax. The application process is essentially the same. Melt paraffin over low heat and dip mesh pieces until saturated. Paraffin may offer slightly stronger hydrophobic properties but needs reapplied frequently as it wears off mesh strands. Beeswax tends to bond better within mesh for longer-lasting effects.
Other natural waxes like coconut oil wax can also work, but may have less durability than beeswax or paraffin and require more regular re-waxing. Carnauba wax is another alternative derived from palm leaves, however it can be more challenging to penetrate deeply into mesh openings compared to softer beeswax.
In addition to waxes, there are various lacquer and varnish-type coatings marketed to help strengthen and waterproof mesh. These liquid-based treatments can be brushed or sprayed on. They work by chemically bonding to the mesh strands to add a protective barrier against moisture. However, waxes tend to be longer-lasting when properly melted into the interior mesh openings rather than just coating the exterior.
For players looking to keep their pockets throwing, catching, and scooping consistently in all weather, waxing with beeswax remains one of the most effective and affordable ways to make mesh more hydrophobic. While not a magic bullet, the process substantially boosts water resistance versus untreated mesh. With a little practice, your head can gain pro-level repellency. Just be ready to periodically re-wax as needed, and don’t be afraid to get your hands a little sticky in search of that perfectly broken-in pocket.
In lacrosse, a properly structured pocket is vital for great ball control and quick releases. While meshes like Epoch’s Otter provide signature stiffness right out of the package, players can further enhance the hardness of traditional nylons and polyethylenes with a simple starch mixture.
Using starch solution for stiffness and hardness
Starch is an age-old method for stiffening fabrics and materials. By infusing mesh with a starchy water solution, letting it dry, and re-hardening, pockets can gain extra rigidity and structure similar to Otter Mesh without the premium price tag.
Making the starch mixture
Start by mixing 1-2 tablespoons of cornstarch per cup of water until fully dissolved. Bring the mixture to a low boil while stirring constantly. Remove from heat once thickened to a glue-like consistency. Allow to cool fully before use. This concentrated starch water can then be used to treat mesh pieces for increased hardness.
Applying to mesh
Install new nylon or polyethylene mesh onto lacrosse heads and shape as desired. Use a large bowl or bin to fully submerge sections of the strung head into the starch mixture, ensuring full saturation. Squeeze out any excess then hang to dry overnight. The starch will solidify onto the mesh strands for extra structure and rigidity.
Re-hardening
Once dried, bake the starch-coated mesh according to normal hardening techniques at 300-350 degrees Fahrenheit to set the added stiffness. The heat re-activates the dried starch while the plastic mesh is shaped. Let cool completely before handling. The result is an extra rigid, hardened pocket with structure mimicking Otter Mesh’s out-of-box feel.
Considerations
Starch-hardening provides boosted rigidity but has some limitations. Over time, dried starch may begin flaking off mesh strands, requiring reapplication. The coating also attracts dirt more easily than raw plastic. And while helpful for structure, starch doesn’t provide the true water-repellent hydrophobic properties of Epoch’s Otter polymers. Still, for improved hardness on a budget, starch offers a simple solution.
Players looking to maximize the feel of new mesh don’t have to overpay for premium brands. With some household cornstarch and elbow grease, traditional nylons and polyethylenes can gain considerable structural stiffness. While not permanently ingrained like Otter Mesh, a starchy overcoat allows pockets to start off with that desired just-strung hold right out of the oven. For lacrosse players determined to get the most control and performance out of their mesh, starch is an easy and cost-effective trick.
There are some alternatives to cornstarch for hardening mesh with starch solutions. Potato starch can work well for added rigidity and tends to have a smoother, less grainy texture. Tapioca starch also imparts stiffness while being gluten-free. Rice starch is another option but provides less dramatic structure improvement versus richer starches.
Instead of starch, gelatin can also be used to coat mesh for hardness before re-baking. Disolve packets of unflavored gelatin powder in hot water, let cool, and submerge mesh to saturate fully. Hang to dry overnight then re-harden. The gelatin hardens on mesh to add structural support. However, it can attract dirt more easily than starch options.
For extra lacrosse pocket pop and longevity of hold, starch and gelatin offer simple and affordable alternatives to high-end specialty meshes. Don’t be afraid to get a little crafty with household ingredients! With some careful preparation and application, traditional nylons and polyethylenes can gain impressive structure. Your mesh will have the quick release and control needed to elevate your game to the next level.
Having quality mesh is critical for optimal lacrosse stick performance. While premium meshes offer great structure and hydrophobic properties out of the box, there are ways to improve the characteristics of traditional nylons and polyethylenes using common items like boiled linseed oil.
Lacrosse mesh treatment with boiled linseed oil
Linseed oil is an all-natural product often used for wood finishing that can also be utilized to enhance lacrosse mesh. Treating mesh with boiled linseed oil helps infuse pockets with stiffness while also imparting useful water resistance.
Preparing and applying oil
Start by installing new mesh pieces into stick heads and shaping as desired. Next, thoroughly boil plain linseed oil to sterilize and thicken it. Once cooled, liberally apply the thickened oil onto mesh using a brush or by submerging sections in a bin of the mixture. Fully saturate the material and let any excess drip off.
Drying and curing process
Hang mesh pockets to dry for 24-48 hours. The linseed oil will soak into the material and harden slightly. Then, to fully cure the oil, bake the strung heads at 200 degrees Fahrenheit for 1-2 hours. This heat-sets the treatment into the plastic mesh for optimal hardness and water resistance. The curing time can be extended for maximum durability.
Performance results
When done properly, the boiled linseed oil penetrates mesh pores to reduce water absorption while also providing a slight rigidizing effect similar to Epoch’s Otter Mesh. However, results will vary depending on preparation and curing time. Touch-ups may be needed every few weeks or as water absorption returns.
Considerations
Linseed oil mesh treatment improves hardness and repels water well initially, but results may fade over time with extensive use. The natural oil also attracts dirt buildup more than synthetic polymers. Proper safety precautions are important when boiling and heating the oil. While helpful for some added structure and hydrophobicness, linseed oil has limitations versus premium mesh options.
In the quest for better ball control and all-weather performance, linseed oil mesh conditioning provides a natural and inexpensive way to enhance traditional nylon and polyethylene pockets. With some careful prep and curing, both pocket feel and moisture resilience can be improved. Just don’t expect miracles equal to the best meshes on the market.
In addition to boiled linseed oil, there are a few other natural oil options that can help boost mesh properties when applied properly. Tung oil is commonly used for wood finishing and offers water-resistant effects similar to linseed oil. It dries more quickly but may feel more tacky on mesh.
Walnut oil is another wood treatment oil that can be used to lend useful hydrophobic qualities and light structure improvement to mesh when cured. It has a darker tone that can help reduce glare on brighter mesh colors.
Coconut oil can also provide some helpful water beading effects, though may have less pronounced hardness benefits versus denser boiled linseed. As with any oil, thorough prep work, application and curing time are key to achieving measurable performance enhancement.
While premium lacrosse meshes clearly provide unmatched feel and moisture control straight from the package, players looking to improve their game without breaking the bank can definitely benefit from basic boiled linseed oil application. Don’t expect it to magically transform a basic nylon, but some added structure and hydrophobicness goes a long way. Get creative with tools around the house and take your game to the next level on your own terms!
Having properly structured mesh is vital in lacrosse for great ball control and release. While premium meshes offer signature stiffness, players can also use basic hairspray to add quick hardness to traditional nylon and polyethylene pockets.
Making lacrosse mesh harder with hairspray
Hairspray contains polymers and drying agents that can provide a temporary stiffening effect when applied to mesh. This helps mimic the rigidity of broken-in mesh right out of the package. It’s a fast, easy way to add structure before games.
Preparing the mesh
Start with fresh nylon or polyethylene mesh cut to size and strung in stick heads. For best results, stretch and shape the pockets as desired and allow to set overnight. This helps the mesh retain the intended shape when hardened with hairspray.
Applying hairspray
Use an inexpensive and lightweight hairspray. Avoid gels, mousses or sprays with conditioning agents which can leave mesh sticky. Hold the can 6-10 inches from the mesh and apply a light, even coat across both sides of the pockets, especially on shooting strings and the scoop. Let the hairspray fully dry and repeat for added hardness.
How long it lasts
Hairspray generally provides temporarily increased structure for at least one game when applied correctly. However, during play mesh can soften and lose rigidity as the polymers break down and wear off from repeated impact and friction. Reapply at halftime or the next game to boost hardness again.
Considerations
While helpful for quick added stiffness, hairspray has limitations. It can attract dirt to the pockets, require frequent reapplication, and provide less structure than true mesh hardening techniques. Excessive use can lead to brittleness. Results also depend on mesh age and condition. For prolonged hardness, have mesh restrung.
In a pinch, keep some basic hairspray in the lacrosse bag. A few quick spritzes allow players to hit the field with crisper, more defined pockets for excellent ball control. But don’t expect miracles from a can. Consistent stiffness requires higher-end mesh or more permanent treatments.
Instead of hairspray, some players use flexible hair gel to temporarily make mesh more rigid and defined. Apply a thin layer and let fully dry. The gel adds light structure for one game or practice. However, it can leave pockets sticky if overapplied.
For a budget-friendly shaper option, dissolved cornstarch or rigidifying salt sprays made for hair styling can also provide temporary stiffness. Look for alcohol-free formulas to avoid brittleness. As with any styling product, hold, longevity and feel will vary.
While premium mesh offers longevity of stiffness, even inexpensive drugstore hairspray can provide a quick fix for sagging pockets in a pinch. Keep a can handy for game day or restrung mesh to maintain true rigidity. Don’t be afraid to get creative and use household items to customize pockets on your own terms!
Beyond just hardness, hairspray can also help lend useful water resistance to mesh when applied thoroughly. The polymers create a protective barrier that causes water to bead up and roll off the pockets rather than absorbing deep into the material. Results won’t match permanent hydrophobic coatings, but it improves moisture performance in wet conditions.
For players seeking every possible edge in ball control and handling, a couple spritzes of basic hairspray offers a fast, affordable way to revitalize mesh before hitting the field. While not a total solution for premium structure and feel, it beats playing with worn, saggy pockets. Get out the can and see the simple difference a quick spray can make.
Quality lacrosse mesh provides the right balance of ball control, hold, and release. While traditional nylon and polyethylene meshes can lack grip when new, players can use sports grip spray to quickly add beneficial “stickiness” to pockets.
Achieving sticky mesh with sports grip spray
Grip-enhancing sprays made for sports equipment contain tacky polymers that coat mesh strands to increase ball friction and adhesion within pockets. A few light coats creates ideal tackiness without compromising throwing release.
Choosing the right grip spray
Look for lightweight, non-residue formulas made specifically for sports gear and balls. Avoid heavier, gel-based sprays that could overly lubricate mesh. Brands like Taglac and Ballistik make suitable lacrosse grip sprays. Test spray off-head first, as some compounds can stain mesh.
Applying to mesh
Prep mesh by washing pockets with mild detergent to remove factory coatings and oils. Rinse and pad dry. Lightly mist both sides of mesh from about 8 inches away. Apply just enough for the mist to penetrate into the pocket weave before oversaturating. Let fully dry.
Improving hold and control
The micro-tack polymers should evenly coat strands to help grab and hold balls better through catches, scooping, and cradling without heavily greasing the pockets. Reapply every few weeks as needed to refresh grip. Excessive spray can attract dirt buildup.
Considerations
While grip spray can definitely help newer mesh stick better, it isn’t a cure-all. Old, worn mesh may not generate enough friction. And overuse will bog down pockets and hinder releases. Find the right balance for optimal sticky hold and maintained quickness.
For players frustrated with slippery new mesh, a few spritzes of sports grip spray offers easy help for sticking passes, ground balls, and heat-of-the-moment catches. Just use a light hand and reapply moderately for ideal tacky control that still throws crisp.
In addition to dedicated mesh grip sprays, players can also use pine tar sticks to add striking, tacky grip to pockets. Rub onto mesh and wipe away any excess for ideal friction. Reapply every game or practice for maintained stickiness.
Athletic tape wrapped around key pocket areas can also lend useful grip and hold for balls during play. Use thin tape like Renfrew to avoid heavy residue. Re-tape as needed after each outing.
While premium meshes often offer ideal friction when new, a quick grip boost with basic spray helps all pockets optimize sticky ball control. Don’t overdo it, and refresh moderately for lasting tackiness that throws as good as it catches.
Beyond just ball hold, grip spray can also help reduce pocket wear by keeping mesh fibers from excessively rubbing together during play. The light polymer coating helps lubricate strands for smoother fiber gliding, reducing premature breakdown.
Mesh grip spray also serves as a protective barrier against moisture. The thin tacky film helps repel water from penetrating deeply into pockets to maintain consistent friction wet or dry.
For players needing some extra stick and hold from their mesh, don’t run out and restring. Just grab a can of grip spray and give pockets a refreshing spritz. With the right amount of tacky friction, both catching and throwing can reach new levels.
Quality lacrosse mesh needs to maintain consistent friction and control whether wet or dry. While premium meshes have water-repellent coatings, players can create homemade mesh wax to impart useful hydrophobic properties to traditional nylon and polyethylene.
Creating homemade mesh wax for hydrophobicity
Wax is an effective way to make mesh more water-resistant. By melting basic ingredients into a homemade wax and coating pockets, mesh can better repel moisture for improved all-weather performance.
DIY wax ingredients
Simple homemade mesh wax can be created by combining:
– Beeswax – 2 ounces
– Lanolin – 1 ounce
– Pine resin – 1 ounce
Melt ingredients together in a double boiler until fully blended. Allow to slightly thicken before use.
Applying to mesh
Install freshly washed mesh onto lacrosse stick heads. Next, liberally apply the melted homemade wax onto mesh using a brush, fully saturating the material. Hang pockets to dry for 24 hours allowing wax to soak in and bond.
Hydrophobic results
When done properly, the homemade wax mixture will penetrate mesh pores while coating strands to repel water. Pockets should demonstrate beading and run-off versus absorbing moisture. Re-wax every 2-3 weeks as needed to restore effectiveness.
Considerations
Homemade wax can improve water resistance but may underperform premium coatings. Proper mesh prep and fully penetrating applications are key for best hydrophobic results. Exterior wax buildup attracts dirt while limiting ball control.
For players seeking drier mesh without breaking the bank, a bit of DIY wax can definitely help improve moisture performance and longevity of traditional nylons and polyethylenes. Just requires some testing and dialing-in for ideal application and re-wax timing.
In addition to homemade wax, there are various other mixtures that can help boost mesh hydrophobic properties when applied correctly. Beeswax and linseed oil combines useful water-repelling and stiffness-improving abilities.
Paraffin wax melted with pine rosin generates excellent moisture beading similar to professional lacrosse leathers. Can become gummy if mixed improperly.
Curious players shouldn’t be afraid to experiment with natural ingredients and household items to customize pockets. The right homemade coating can take mesh to the next level.
Quality lacrosse mesh ultimately comes down to consistent feel and performance regardless of conditions. While pro meshes already have water-repellency mastered, DIY wax offers an affordable way to improve the all-weather play of basic meshes. A little creativity and elbow grease goes a long way!
In addition to water resistance, waxing mesh provides other useful benefits as well. The wax penetrates and fills micro-abrasions in the mesh strands caused by repetitive friction during play. This helps reduce fiber breakdown and maintain pocket shape.
The wax coating also provides added grip and tackiness for better ball control. And it helps minimize stringing friction within pockets for smoother release and passing.
For players seeking every possible edge from their gear, apply some homemade mesh wax and watch pockets transform. The difference in all-weather consistency can be game-changing. Take matters into your own hands and wax for next-level performance.
Quality lacrosse mesh repels water to maintain consistent friction and control in all playing conditions. While premium meshes like Epoch’s Otter come hydrophobic out of the box, keeping any water-resistant pockets performing at their best involves proper maintenance.
Tips for maintaining hydrophobic lacrosse mesh
Hydrophobic polymer coatings on mesh strands provide excellent water beading and moisture reduction within pockets. But over time and use, mesh can lose effectiveness. Follow these key tips to preserve optimal hydrophobic performance.
Limit excessive washing
Frequent washing with detergents or soaps can strip hydrophobic coatings from mesh over time. Limit cleaning to only when truly dirty. Use mild soap and avoid scrubbing. Rinse thoroughly. For light cleaning, wipe with damp cloth.
Properly prep before restringing
If restringing is needed, remove all old mesh residue from heads. Wash inside narrowly with mild detergent, rinse fully, and allow to dry before restringing. This helps the new mesh adhere and perform best.
Reapply waterproofing treatments
As mesh ages, reapply any wax, oil, or water-repellent spray coatings according to product instructions to restore lost hydrophobic effectiveness. Generally every few weeks or monthly.
Check pockets and scoop regularly
Inspect mesh strands, especially in high-friction areas like shooting strings, for worn spots or damage where coatings may have rubbed off. Touch up these areas with reapplied treatments.
Consider preventive wax coating
Applying wax or oil treatments right away when mesh is new can help prolong hydrophobic performance by creating an added repellent barrier. Re-wax as needed.
With some diligent care, mesh can maintain excellent water beading and moisture control season after season. Take steps before excessive washing or damage permanently degrade coatings.
For players wanting the most of their gear investment, proper hydrophobic mesh maintenance pays dividends in consistent all-weather pocket performance. A little prevention goes a long way.
In addition to reapplying waterproofing top coatings, chemical sprays like Scotchgard can also help restore lost hydrophobic properties when regularly used on older mesh.
Avoid oils or waxes that may over-soften mesh and attract dirt. Light paraffin wax works well for rejuvenating water resistance without residue buildup.
For severely worn mesh on older sticks, a full restring may be required to achieve the intended hydrophobic performance again.
Quality lacrosse mesh ultimately comes down to maintaining the same excellent ball control and release over time, rain or shine. With some simple care for coatings, any pocket can deliver lasting all-weather play.
In addition to preserving hydrophobic properties, regular mesh maintenance also helps maintain overall pocket structure. Keeping coatings intact ensures strings stay in place and move smoothly.
Checking for worn spots and re-treating those high-friction areas also reduces the likelihood of premature breakdown. A little prevention goes a long way.
Players invest time, money, and effort into finding lacrosse mesh that performs. Don’t let that hard-won advantage go to waste. With attentive maintenance, high-end hydrophobic mesh can deliver season after season.
Quality lacrosse mesh repels moisture for consistent friction and control in all playing conditions. While DIY treatments can help standard mesh, pre-treated hydrophobic meshes provide effortless water-repellency right out of the package.
Recommended hydrophobic mesh products
Today’s top lacrosse mesh brands engineer custom polymers into polyethylene and nylon fibers to naturally prevent water absorption. Here are some of the top options for guaranteed water-repellent pocket performance.
Epoch Otter Mesh
The signature Otter polyethylene mesh from Epoch Lacrosse is specially treated during manufacturing for long-lasting hydrophobic properties in addition to its excellent stiffness and shape retention. Otter Mesh provides unmatched water beading straight from the package.
Stringking Type 4X
Utilizing an advanced polymer-infusion process, Type 4X mesh from Stringking delivers consistent all-weather friction and control. Its proprietary coating lasts longer than basic topical treatments.
Throne Mesh
Throne’s performance mesh blend brings together the heritage of traditional brands with modern hydrophobic technology for immediately effective water-repelling playability.
ECM Black
The Black version of East Coast Mesh adds proprietary hydrophobic polymers without compromising the brand’s famously soft, flexible feel. Great for maintaining pocket structure in wet conditions.
Jimalax Gravity Pro
Gravity Pro mesh from Jimalax provides an ideal blend of structure, feel, and hydrophobic technology with its moisture-limiting nano-particles fused into the polyethylene during production.
While specialty coatings help any mesh, starting with fibers engineered for water-repellency guarantees season-long effectiveness with less maintenance needed.
Forwet weather warriors seeking every advantage, today’s premier hydrophobic lacrosse meshes deliver. No need to endlessly re-wax and treat pockets when the best water-repelling performance comes ready to string.
In addition to the top meshes, there are also useful after-market hydrophobic treatments and coatings for improving the all-weather play of traditional nylons and polyethylenes:
– Red Resin Pro Coat – Polymer-based spray formulas designed specifically for sports mesh fabrics. Long-lasting when applied properly.
– Ballistik Mesh Tac – Combining grip and water resistance, this tacky mesh coating improves pocket performance in all conditions.
– Granger’s Permanent Water Repellent – Effective waterproofing spray for outdoor gear that works well for revitalizing lacrosse mesh.
Quality mesh ultimately comes down to minimizing the effects of moisture. The right high-tech pockets provide peace of mind for athletes in the wettest games.
Beyond just water repellency, advanced hydrophobic polymers also help maintain pocket structure by reducing string friction and preventing mesh fibers from absorbing and swelling.
Premium hydrophobic mesh also helps preserve ball coating integrity so grip and flight characteristics remain unaffected by moisture.
Don’t leave game-changing consistency to chance. Play through any conditions with confidence by starting with mesh engineered to shed water from the start.