Choosing the Best Screws for ECD Lacrosse Heads

Choosing the Best Screws for ECD Lacrosse Heads

Nylon Screws are a Great Option for Lacrosse Heads

When selecting screws for your lacrosse head, nylon screws are an excellent choice to consider. Nylon screws offer a number of advantages over metal screws, making them a popular option for securing the sidewalls and attaching the scoop of your stick’s head.

One of the biggest benefits of nylon screws is that they won’t rust or corrode over time. Exposure to moisture from rain or sweat can cause metal screws to develop rust, which can make them difficult to remove later on for adjustments or maintenance. Nylon’s high resistance to corrosion ensures your screws will remain securely in place season after season.

Additionally, nylon is a softer material than metal alloys, so nylon screws are less likely to strip during installation or removal. This gives you peace of mind that you won’t end up with permanent screw damage or screw holes from over-tightening or improper tool use. The flexibility of nylon also makes these screws less prone to snapping from impacts during play.

When shopping for nylon lacrosse head screws, be sure to choose screws specifically designed for securing sports equipment. Look for screws made from durable engineered nylon blends rather than generic fasteners. High quality nylon screws will have consistent thread dimensions and retain their strength over repeated use. Brand name screws like Warrior, STX, and Maverik often represent solid choices for performance and reliability.

While nylon screws have advantages, metal screw options like stainless steel also have benefits depending on your preferences. Be sure to evaluate the pros and cons of each to determine the best lacrosse head screws for your playing style and field conditions.

Avoid Over or Under Tightening Lacrosse Head Screws

Properly tightening the screws on your lacrosse head is crucial, as over or under tightening can lead to problems. Finding the right amount of torque ensures your screws stay securely in place, while still allowing for adjustments.

Under tightening screws provides insufficient clamping force to keep components together. This can allow parts of the head to rattle loose over time. Faceoffs and checks create vibrations that can cause under tightened screws to slowly back out. Before long, you may notice your sidewalls or scoop are no longer firmly attached.

On the flip side, over tightening lacrosse head screws risks stripping, snapping, or permanently deforming them. Excessive torque twists and damages the threads, making the screws impossible to remove. It can also warp the plastic around the holes, preventing screws from catching properly. Additionally, over tightening screws can crack components made from composite materials.

To avoid these issues, you’ll need a calibrated torque driver that lets you precisely control the amount of tightening force. Adjustable clutch style drivers allow you to dial in the right torque spec. For most lacrosse heads, 30 to 50 inch-pounds is ideal for secure mounting without risking damage. Consult your head’s manufacturer specs to get their recommended torque range.

Take care not to arbitrarily crank screws as tight as possible. Start with lower torque and gradually increase until screws are snug. Also periodically check screws for looseness before games, retightening if necessary. With the proper torque, your lacrosse head’s screws will stay locked in position, ready for season after season of play.

Phillips vs. Hex Head Screws for Lacrosse Heads

When installing screws on your lacrosse head, you’ll need to decide between Phillips head or hex (Allen) head screws. Both have their own pros and cons to consider for ease of use, grip, and durability.

Phillips screws have cross-shaped slots that mate with a Phillips screwdriver. The tapered shape allows the driver to center itself and prevent slipping out. However, the contact area is relatively small. During tightening or removal, it’s easy to strip the slots by camming out the driver.

Hex screws have six-sided recessed holes that fit corresponding hex keys. The hex-to-hex contact provides greater surface area for increased grip and torque transfer. This makes properly tightening the screws easier without risk of damage. However, hex screws can be tricky to start perfectly straight and are prone to rounding off if the wrong size key is used.

For lacrosse heads, hex screws often provide the most secure, long lasting fit. Their extra grip makes them less likely to vibrate loose over time. A ball end hex driver lets you easily insert screws at an angle. High quality hardened steel hex screws are incredibly durable while still allowing future removal if needed.

Phillips screws may be better for temporary applications. The looser fit makes them easier to install quickly but also easier to strip. Nylon Phillips screws flex more under load without breaking. For adjustment prone areas like sidewall stringing holes, Phillips screws allow frequent tweaking.

In the end, choosing lacrosse head screws comes down to the proper fit, grip, torque, and materials for their intended purpose. Be sure to evaluate both Phillips and hex options to determine the best system for your preferences and playing style.

Stainless Steel Lacrosse Head Screws for Durability

When it comes to reliable lacrosse head hardware, stainless steel screws are a top choice for long-lasting performance. Stainless steel provides excellent corrosion resistance and durability for securing your head through all weather conditions.

Stainless steel gets its rust-proof qualities from the addition of chromium, which forms an invisible passive layer protecting the surface from oxidation. This prevents rust from gaining a foothold even when exposed to moisture during play or storage. Steel alloys like 304 and 316 stainless are common for their mix of corrosion resistance and strength.

The hardness of stainless steel also gives it excellent resistance to wear and stripping. Stainless steel screws maintain their sharp precision machined threads over thousands of insertions and removals. This allows you to periodically tweak stringing and pocket adjustments without degrading the screws.

When installing stainless screws, be sure to lubricate the threads to prevent galling or binding. A dab of oil, wax, or anti-seize lubricant ensures a smooth torque-controlled insertion. Also follow the manufacturer’s recommended pilot hole sizing and torque specs for optimal results.

While more expensive than standard steel, stainless steel’s durability and lifespan make it a sound investment for your lacrosse head. With proper care, stainless steel screws will outlast lesser hardware and stand up to seasons of hardcore play. Just be sure to match the screw heads and drive types to your needs.

Nylon Lacrosse Head Screws Won’t Rust or Corrode

Rust and corrosion are major enemies of metal lacrosse head screws, slowly eating away at their strength and threads over time. Switching to nylon screws provides excellent corrosion resistance for long-lasting performance.

Nylon is inherently resistant to chemical reactions that cause rust or oxidation. The material won’t degrade from moisture exposure during gameplay or storage. No rust also means nylon screws maintain smooth clean threads for consistent torque and hold.

Nylon’s properties also prevent galvanic corrosion that occurs between dissimilar metals. Many heads use aluminum sidewalls while screws are steel, allowing electrical currents that accelerate corrosion. Nylon screws short-circuit this process for improved longevity.

Keep in mind that harsh cleaners can still degrade nylon over time. Avoid aggressive solvents and stick to mild soap and water for cleaning your head. Also lubricate nylon screws periodically using a dry teflon or silicon spray to prevent seizing or binding.

For wet playing conditions, nylon’s water-proof nature gives it an edge over metal alternatives. Nylon won’t leave any rust stains on your gear from oxidation. For all-weather reliability, corrosion-proof nylon lacrosse screws are a smart choice.

Choosing the Proper Screw Length for Lacrosse Heads

Selecting lacrosse head screws with the proper length is important for optimizing hold while avoiding potential issues. Take care to match screw lengths to your specific head’s dimensions and components.

Too long of screws can potentially puncture through thin sidewalls, damaging heads made of plastic or composite materials. Excess screw length also increases the risks of protusion which can catch on gear and abrade hands during play.

On the other hand, screws that are too short won’t properly engage the full threaded hole depth. This can lead to loose components or hardware that falls out from insufficient thread engagement. Short screws also lack clamping force to keep parts securely fastened.

Ideally, you want lacrosse head screws long enough to fully utilize the threaded hole while stopping just shy of poking through the backside. Consult your owner’s manual for the proper screw sizing. It’s also wise to test fit screws first before full insertion to ensure proper length.

You can use washers or spacers to take up any excess space if your screws end up slightly long. Just be sure washers don’t obstruct holes needed for threading topstrings. With care taken during installation, properly sized lacrosse head screws will deliver optimal hold without issues.

Using Loctite to Help Secure Lacrosse Head Screws

To prevent loosening from vibration, many lacrosse players apply Loctite or threadlocker when installing their head’s screws. When used properly, Loctite helps secure screws while still allowing removal if needed.

Loctite contains an adhesive that flows into the screw threads to resist unintended backing out from play impacts and checks. The friction fit of the adhesive helps maintain the proper torque setting without rattling loose over time.

It’s important to avoid using too much Loctite, or permanent versions meant for bonding. Small drops along the length of the screw will secure threads while still allowing removal when necessary. Excess Loctite that wicks deeper into the head can make later screw extractions very difficult.

Application is also key – allow Loctite to set fully before tightening screws. Curing times vary by formula, but often 10-15 minutes does the trick. This prevents excess glue buildup on surfaces that could hinder future adjustments.

With care taken during installation, Loctite helps lacrosse players maintain their heads’ structural integrity for months of play. Be sure to evaluate your head’s need for screw security before committing to use.

Using Teflon Washers with Lacrosse Head Screws

When installing screws on your lacrosse head, Teflon washers can be useful for reducing friction and preventing galling between components. Teflon’s slick properties allow parts to shift without binding up.

During play, shocks and impacts can cause subtle shifts between the head and screw components. This friction can lead to wearing of surfaces, vibration loosening, and issues with moving parts binding up over time.

Teflon washers inserted under screw heads provide a low friction barrier allowing movement without damaging direct contact of surfaces. The non-stick nature also prevents corrosion between dissimilar metals and makes screws easier to remove later on.

When using Teflon washers, ensure any topstring holes remain unobstructed for threading lacings. Also take care not to overtighten screws and crush the soft washers. Snug tension that compresses washers without flattening them is ideal.

For high wear areas like swivel screws or moving joints, Teflon washers enable smooth function throughout your head’s lifetime. They also give painters an easy non-stick shield during custom lacrosse head painting projects.

Upgrading Lacrosse Head Screws for Durability

The stock screws that come with most lacrosse heads are prone to issues like stripping and corrosion over time. Upgrading to higher end screws can provide more durable long-term performance.

Many manufacturers use basic zinc-plated steel or inferior nylon screws to cut costs. While fine for casual play, these screws often can’t endure aggressive high-level play without eventually loosening or stripping out.

Aftermarket screws made from materials like 303 stainless steel or engineered nylon blends offer increased longevity and grip. Brands like Woodys, Stringking, and East Coast Dyes specialize in quality replacement lacrosse hardware.

Look for screws specifically designed for securing sports heads, with features like proper thread fit, chamfered ends, and durable platings. Be sure to match screw heads to your drivers to prevent stripping. Anti-seize lubricant also helps prevent galling on metal screws.

While pricier than generic hardware, upgraded screws provide superior corrosion resistance and strength for the hardcore player. Few things are worse than a head coming apart mid-game from bad screws. Investing in quality hardware brings peace of mind season after season.

Matching Lacrosse Head Screws to Your Tools

Installing lacrosse head screws is much easier when using driver bits that properly match the screw heads. Take care to select compatible tools to prevent stripping or damage.

Many sticks use Phillips head screws, so having quality Phillips drivers in multiple sizes is key. Poor fitting drivers can slip, strip screws, or fracture under high torque. Drivers should engage the full depth of the X shape without wobbling.

For hex screws, match your hex wrench size precisely to the screw’s hex socket dimensions. Metric and standard wrenches come in fractional sizes. An undersized key can round off hex sockets making screws impossible to remove.

You’ll also need a torque-limited driver that prevents over-tightening. Adjustable clutch drill drivers allow precise torque control. Manual drivers with preset limit stops also work. This protects both your screws and the fragile plastic of the head.

Take time to test fit your drivers before assembly and make sure you have the right tools on hand. Properly matching lacrosse head screws and drivers makes installation safer, easier and reduces risk of damage.

Flat Head Screws for a Snag-Free Lacrosse Head

Lacrosse players looking for a smoother, snag-free screw head profile should consider flat head screws when stringing their heads.

Unlike raised screw heads, flat heads sit flush with the surrounding surface. This creates a level uniform contour less likely to catch on gloves, uniforms, and gear during play. No more annoying “squawks” from a rogue raised screw.

Flat heads also provide a lower profile that’s less prone to nicks and damage during hard play. The smooth flat top distributes impact force rather than concentrating it on a single point.

However, flat head screws can be tricky to install properly. The drivers tend to cam-out under torque so pilot holes must be precision drilled. Flat heads are also harder to remove compared to socket head screws.

For plastic heads, nylon flat head screws provide durability and abrasion resistance while allowing flex for insertion. Just take care not to overtighten and strip the soft threads. When used appropriately, flat head lacrosse screws offer a flush, snag-free solution.

Following Manufacturer Torque Specs for Lacrosse Heads

To avoid screw damage when stringing a lacrosse head, follow the manufacturer’s recommended torque specifications for all hardware.

Lacrosse heads and screws are designed and tested to tolerate a specific torque range when new. Exceeding this range can lead to cracking, stripping, or deformation of components. Too little torque leaves parts loose and prone to failure.

Most metal screws require between 30 to 50 inch-pounds of torque depending on the material and diameter. Smaller nylon screws normally max out around 20 inch-pounds before stripping. Always check your owner’s manual for proper limits.

Using a calibrated adjustable clutch driver allows you to dial in the right torque setting for the job. Manual torque limiting screwdrivers work too. This prevents guesswork and over-tightening delicate hardware.

Following the recommended specs not only prevents damage, but helps maintain the head’s structural integrity over its lifetime. Take the time to torque lacrosse screws properly for the best performance and safety.

Lubricating Lacrosse Head Screws for Easy Adjustments

To help screws maintain proper torque and allow easy removability, lacrosse players should lubricate hardware during installation and periodically after.

Friction between screws and plastic can cause undesirable binding or seizing that makes screws difficult to remove. This hinders adjustments to pocket stringing or replacing damaged components.

A small dab of lubricant like wax, oil, or anti-seize compound on screw threads prevents this galling and aids proper torque. Lubrication also protects against corrosion between screws and aluminum/titanium heads.

Avoid using too much lube or liquid oils that can wick deeper into the head. Light lubrication along the threads is ideal for reducing friction while allowing grip. Reapply periodically as needed after cleaning.

With lubricated screws, players can tweak stringing tension, replace warped sidewalls, or swap out broken scoops without fighting stuckfast hardware. Proper lube makes lacrosse heads a pleasure to maintain and adjust.

Having Spare Lacrosse Head Screws on Hand

Given the abuse lacrosse sticks endure, it’s wise to have spare screws on hand for inevitable repairs and parts swaps during the season.

It’s Murphy’s Law – the moment you need to replace a screw is when you’ll discover you’re completely out. Between checks blowing out sidewalls and overtightened screws stripping mid-game, you’ll eventually need replacements.

Keep extras of the major screw types you need for your stick. Measure the length and thread pitch of each type just in case. Having spares means you can immediately fix issues at practice rather than missing playing time.

Look for replacement screw kits that include optional materials like stainless steel or nylon. This allows switching to more heavy duty screws where needed. Buy quality name brand screws from lacrosse specialists for proper fit and strength.

You don’t have to buy a huge supply – just having a few key spares eliminates headaches. With the right backup screws on hand, you can keep your lacrosse stick game-ready all season long.

Tightening Lacrosse Head Screws to Proper Torque

Achieving proper torque when tightening lacrosse head screws is crucial for security and preventing damage.

Under-tightened screws provide insufficient clamping force to hold parts firmly together. This allows components to rattle and vibrate loose over time. Faceoffs and checks will eventually shake loose any under-torqued hardware.

However, over-tightening risks stripping threads, deforming screw holes, or fracturing plastic components. Excessive torque can make screw removal nearly impossible too.

Carefully following the manufacturer’s recommended torque range allows screws to be fully secured without risk of issues. Investing in a calibrated adjustable clutch driver makes hitting the ideal torque a breeze.

Take time to properly torque all screws during stringing rather than cranking them arbitrarily tight. Periodically inspecting screws and retightening also helps maintain fit. With proper torque, your lacrosse head screws will hold strong all season long.