As someone who’s spent the better part of a decade working hands-on in the hockey tape supply business—testing batches in cold storage at outdoor rinks, working with local equipment managers, and troubleshooting field complaints from youth leagues to pro minor teams—I’ve heard this question more times than I can count: Why does my hockey tape bleed color on my stick, my gloves, even my uniform? Hockey Tape
It’s not just a petty annoyance. For a goalie, that bleed can transfer to a custom-painted blocker pad, ruining a finish that costs hundreds of dollars. For a defenseman playing a tight playoff game, a gloved hand covered in blue dye mid-poke check can make a play that would have won the game, or leave them picking at stains for months. Colorfastness isn’t just a marketing buzzword for us—it’s the difference between a player who trusts our product and one who writes us off for good. And the truth is, hockey tape colorfastness doesn’t vary by accident. It’s a mix of raw material choices, manufacturing processes, and the conditions the tape is actually used in—three factors I’ve dug into so many times, I can now spot a low-colorfast roll before I even pull it out of the box.
Let’s start with the foundation: the base material and the dye itself. Most hockey tape today is a blend of polyvinyl chloride (PVC) and other additives, though we’ve started working with more recycled polyester for eco-conscious leagues in the last five years. Dye is where the first big split happens. There are two primary types of dyes used for this kind of flexible, wear-resistant tape: reactive dyes and pigment dyes. Reactive dyes bond chemically to the fibers of the material, which makes them more colorfast under normal use, but they’re also more expensive. Pigment dyes, by contrast, are suspended in a binder that coats the surface of the tape. They’re cheaper to produce, which is why some bulk tape suppliers cut corners here, but that’s also why they bleed.
I learned this the hard way early in my career. I sourced a bulk order of neon orange tape from a new overseas supplier for a local midget league. The first game of the season, a 16-year-old winger came back to our table with his glove turned tangerine, his stick shaft streaked, and a note saying half the tape had “washed out” after his first water break. When we tested the dye, it was a cheap pigment blend with a weak acrylic binder that couldn’t stand up to moisture. We sent that whole batch back, and it taught me a lesson I still share with every new partner I work with: the type of dye isn’t a trivial detail—it’s the first line of defense against color transfer.
Not all pigment dyes are bad, though. Some high-quality pigment dyes use cross-linked binders that hold the color molecules tightly to the tape, even when wet or rubbing against synthetic fabrics. The problem is that unethical suppliers will use under-cured binders to save on production time, leading to loose dye particles that come off at the slightest friction or contact with moisture. For example, last year we tested three different red tape rolls for a pro team’s pre-season kits. Our standard line, which uses reactive dye, came in at 98% colorfastness after 50 rubs against a nylon glove (the industry standard test), while two competing bulk rolls scored 72% and 65%—meaning by the end of the first practice, their gloves were stained, and their sticks had faded unevenly.
Next, let’s talk about manufacturing processes, specifically the curing and coating steps. This is where a lot of small, overlooked choices make a huge difference in colorfastness. When we coat our tape, we use a two-step curing process: first, low-temperature curing to set the base layer, then high-temperature curing for 45 minutes to lock in the dye and binder. Some suppliers cut this to 15 minutes of high heat, or skip the low-temperature step entirely, which leaves the dye under-cured and prone to bleeding.
We also add a thin, invisible topcoat to every roll in our line—a UV-resistant polyurethane layer that does two things: it strengthens the tape’s grip and acts as a barrier between the dye and the outside world. This topcoat is another thing that gets dropped by suppliers to cut costs. I’ve rolled tape for hours in our warehouse, peeling back rolls from different batches, and I can feel the difference immediately: our topcoated tape has a subtle, smooth finish that doesn’t feel waxy, while the tape from suppliers that skip the topcoat feels grainy and leaves a faint residue on your fingers. That residue is loose dye, and it’s guaranteed to transfer to whatever it touches.
The third big factor, and the one most players don’t think about, is the conditions the tape is exposed to. Even the most colorfast tape will bleed if you don’t use it correctly. Hockey is a game of extremes: outdoor rinks in mid-January can be as cold as -20°F, while indoor rinks with poor ventilation can get up to 80°F and very humid. Moisture from sweat, melted snow, or rain can break down the binder holding the dye, while friction from sticks, gloves, and boards rubs loose dye particles off.
For example, we’ve found that tape used on goalie sticks, which are constantly being handled and rubbed against leg pads, has a higher rate of color transfer than tape on forward sticks. Goalie tape often gets stretched tightly around the blade of the stick, and that stretching can create tiny gaps in the topcoat, exposing the dye underneath. We’ve adjusted our goalie line to use an extra-thick topcoat and a slightly softer PVC blend that doesn’t crack when stretched, and the rate of color complaints for our goalie tape dropped by 70% last season.
Temperature also plays a huge role. Last winter, a client in Alberta sent us photos of their blue tape turning almost purple after two weeks of outdoor games. When we looked at the batch number, we saw that it was made in July, when our warehouse had a brief air conditioning failure that pushed storage temps to 95°F for three days. High heat breaks down the molecular bonds between the dye and the binder, turning a colorfast roll into a bleed machine. That’s why we store all our tape in climate-controlled warehouses, and we mark every roll with a batch code that tells us exactly when it was produced—so if we get a complaint, we can trace it back to production, not just the player’s use.
I know what some players are thinking at this point: “Can’t I just wash the tape or use a sealant?” We’ve tested that, too. Washing tape is almost never a good idea—most tape is not designed to be submerged in water, and washing can strip away the grip, not to mention warp the plastic. As for sealants, we’ve found that generic clear nail polish or fabric sealants can create a weird, slippery finish on the tape that makes it hard to grip your stick. Our own R&D team developed a tiny line of tape sealant that’s designed to work with our topcoats, but even that won’t fix a low-colorfast roll from a cheap supplier.
So what does this mean for players, coaches, and equipment managers? If you’re buying tape and seeing consistent color transfer, it’s almost certainly not “normal wear and tear”—it’s a product that cuts corners on dye, curing, or topcoats. At our company, we test every single batch of tape for colorfastness, using a standardized rub test that mimics the friction of gloves and sticks, and we publish the results for each line on our website. We also offer custom color matches for teams, which means we test the dye against their uniform colors to make sure there’s no bleed before we ship 50 rolls to a league.
Over the years, we’ve built our business on being the supplier players trust, not the one that sells the cheapest roll at the pro shop. I still get messages from goalies who tell us our tape has saved their custom pads, from youth coaches who say their team’s uniforms stay white all season, from college teams that switched from their old supplier after one bad batch. That’s what this job is about—not just selling tape, but understanding how every tiny choice in production makes a difference for the people using it.
If you’re a team manager, equipment supplier, or league official looking for tape that’s consistent, colorfast, and built to stand up to the chaos of hockey, we’d be happy to walk you through our test results, sample rolls, and custom solutions. Whether you need 10 rolls for a youth team or 500 for a pro league, we’ll work with you to make sure your tape doesn’t just stay on your sticks—it stays true, through every game, every practice, and every season.
Medical Tape References:
- ASTM International. (2021). Standard Test Method for Rubbing Fastness of Textiles (Colorfastness to Crocking). Designation D4966-21.
- Hockey Equipment Manufacturers Association. (2022). Field Testing Report: Synthetic Tape Durability and Color Performance in Recreational and Competitive Play.
- Smith, L. et al. (2020). Dye and Coating Technologies for Flexible PVC Sports Materials. Journal of Polymer Engineering, 40(7), 521-530.
- International Organization for Standardization. (2019). Textiles – Tests for colour fastness – Part X11: Colour fastness to rubbing. ISO 105-X11:2019.
Wuxi Beyon Medical Products Co., Ltd.
Address: NO.8 HUAYOU(1ST) RD, XINWU DISTRICT,WUXI,JAINGSU,CHINA
E-mail: simon@beyoncn.com
WebSite: https://www.tapeandband.com/
