How To Dye A Lax Head: The Ultimate Custom Lacrosse Stringing Guide
Customizing your lacrosse stick with a professional-grade dye job transforms a standard white component into a personalized masterpiece while maintaining structural integrity. Mastering this process requires precise temperature control, specialized synthetic dyes, and careful masking techniques to protect critical ball-stops and stringing holes.
Pre-Operation & Equipment Checklist
Customizing a lacrosse head requires patience, chemical management, and an eye for artistic layout. Before beginning, you must assemble a workspace that can handle boiling water and chemical-grade liquid dyes without permanent property damage.
- Essential gear, tools, and materials: One nylon or plastic lacrosse head (preferably white for color vibrancy), RIT synthetic liquid dye (or RIT powdered dye formulated for synthetics), a dedicated stainless steel or aluminum pot large enough to submerge the head flat, heavy-duty stove or camp burner, painter's tape or vinyl sticker cutouts for masking, dish soap, rubbing alcohol, tongs, protective gloves, and old towels.
- Mandatory prerequisite knowledge and standards: Lacrosse heads are molded from nylon polymers (typically Nylon 6 or proprietary blends) which absorb acid-based synthetic dyes when heated near the glass-transition threshold. Standard cotton dyes will wash off immediately, so checking your dye packaging for "Synthetic" designation is non-negotiable.
- Estimated budget and duration benchmarks: Total material cost ranges from $15 to $35 assuming you already own a large pot, with the entire dipping, masking, and neutralizing process taking approximately 45 to 90 minutes.
Step-by-Step Lacrosse Head Dyeing Workflow
Step 1: Disassembly and Deep Cleaning
Remove all mesh, leathers, sidewall strings, and shooters from the lacrosse head, leaving only the bare plastic chassis. Wash the unstrung head thoroughly using warm water and dish soap, followed by a final wipe-down with isopropyl rubbing alcohol using a microfiber cloth. Any residual factory release agents, oils from your hands, or dirt will act as a barrier against the dye, resulting in patchy, uneven color absorption.
Warning: Never use acetone or nail polish remover to clean your lacrosse head. Acetone rapidly dissolves and deforms nylon polymers, ruining the structural integrity of the throat and sidewall struts.
Step 2: Masking and Pattern Design
Plan your color blocking before introducing any heat or dye to the plastic. Use high-adhesion blue painter's tape or specialized vinyl stencils to cover any areas you want to remain white or receive a secondary accent color. Press down firmly on all tape edges using a credit card or squeegee tool to prevent dye from bleeding underneath the adhesive during the boiling phase.
Pro-Tip: If you are planning a multi-color fade or gradient dip, leave the bottom throat fully unmasked for the darkest base color, while higher sections of the sidewalls can be progressively uncovered in subsequent dips.
Step 3: Preparing the Dye Bath
Fill your pot with enough water to completely submerge the lacrosse head past the throat and well over the top scoop. Place the pot on your burner and bring the water temperature to just below a rolling boil, maintaining a steady simmer around 180 to 200 degrees Fahrenheit. Shake your RIT Synthetic liquid dye thoroughly and pour it into the hot water, stirring continuously until the solution is uniform.
Pro-Tip: Add one tablespoon of liquid dish soap or standard household vinegar to the dye bath. This acts as a surfactant and leveling agent, helping the synthetic dye molecules penetrate the nylon pores evenly without streak lines.
Step 4: Submerging and Color Layering
Using heavy-duty metal tongs or gloved hands, grasp the lacrosse head securely by the throat or anchor holes. Submerge the head into the hot dye bath at your desired angle—straight down for a solid color or at a gradual 45-degree tilt for an ombre fade. Keep the head suspended in the liquid, checking color saturation every 30 to 60 seconds until you reach a shade slightly darker than your target, as nylon colors lighten slightly when rinsed and dried.
Step 5: Neutralizing, Rinsing, and Finishing
Remove the dyed head from the heat source and immediately plunge it under cold running tap water to halt the dye absorption process. Once the plastic is cool enough to handle safely, peel away all painter's tape and stencils to reveal your clean lines. Wash the head thoroughly with cold water and mild soap to wash away any loose surface pigment, then dry it completely with a towel before stringing your pocket.
Iroquois top string, East Coast Dye 15mm mesh, Warrior Rabil HS head # ...
Lacrosse Head Material Specifications and Dye Performance
| Plastic Polymer Type | Heat Sensitivity Threshold | Dye Absorption Rate | Best Application Method |
|---|---|---|---|
| Standard Nylon (Nylon 6) | High (Warp-resistant up to 212°F) | Excellent and Uniform | Standard Hot Dip (180°F - 200°F) |
| Proprietary Carbon Blends | Moderate (Requires careful temperature monitoring) | Moderate (Slower saturation) | Extended Soak Time with Synthetic Enhancer |
| Flexible All-Weather Polymers | Low (Prone to structural warping above 190°F) | Fast and Deep | Lower Temperature Bath with Longer Duration |
Common Dyeing Failures and Field Fixes
- Root Cause: Uneven color patches or blotchy spots across the flat faces of the sidewalls. Actionable Fix: This happens due to residual grease or incomplete cleaning. Strip the color using a chlorine bleach and water bath, clean the plastic thoroughly with isopropyl alcohol, and redip at a higher uniform temperature.
- Root Cause: Bleeding lines underneath the painter's tape. Actionable Fix: The tape edges were not pressed down firmly enough, allowing capillary action to pull dye underneath. Use a hobby knife to carefully scrape away minor bleed lines, or use a darker overlay color to mask the flawed boundary.
- Root Cause: Warped sidewalls or a pinched throat making legal ball clearance impossible. Actionable Fix: The water temperature was too high or the head rested flat against the bottom of a blistering hot metal pot. Submerge the warped area in near-boiling water for 30 seconds to soften the nylon, then manually bend the throat back to standard NCAA or NFHS regulatory width specifications before plunging it into ice water.
Frequently Asked Questions
Does dyeing a lacrosse head weaken the plastic?
Properly executing a dye job using standard synthetic dyes and controlled water temperatures below boiling will not compromise the structural integrity of your nylon head. However, exposing the plastic to direct flame, boiling it for excessive durations exceeding 15 minutes, or using harsh chemical solvents can weaken the molecular bonds and make the plastic brittle.
Can I dye a colored lacrosse head, or does it have to be white?
You can dye a colored lacrosse head, but your color choices are strictly limited by basic color theory. You cannot dye a dark grey, black, or navy blue head into a bright neon yellow or white because synthetic dyes only add pigment rather than remove it. Always start with a white or light grey unstrung head for vibrant, predictable color outcomes.
What kind of dye works best for lacrosse heads?
RIT DyeMore for Synthetics is the undisputed industry standard for customizing lacrosse gear because it is specifically formulated to bond with synthetic nylon polymers. Standard all-purpose cotton dyes will wash off upon contact with moisture or friction during gameplay.
How long does a custom dye job last on a lacrosse stick?
Because the synthetic dye actually penetrates into the microscopic pores of the nylon material rather than merely sitting as a surface coat, a properly executed dye job is permanent. While the face of the head will experience cosmetic scuffing and scratching against turf and balls over seasons of play, the underlying color will not flake, peel, or wash off.
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