WHY MANY CLUBS KEEP THEIR LOGOS, NAMES & NUMBERS STORED WITH US
Sometimes a season develops faster than expected. Shirt sales increase. Additional teamwear is needed. Extra kits have to be prepared for international competitions. Or the fan shop suddenly needs faster restocking than originally planned. These are good problems to have. But they often create pressure very quickly. Are there still enough numbers available? Do we still have the sponsor logos? Is stock running low? Or does everything need to be produced again first? This is exactly where delays often begin during the season. Not during the actual application. But before it. Many delays happen before application even starts When additional [...]
3D SILICONE VS. 3D EMBROIDERY: WHY CLUBS APPROACH THEIR LOGOS DIFFERENTLY
3D heat transfers are a big topic right now – especially 3D SILICONE . Many clubs are using this clean, modern look for their logos on the shirt, as it works perfectly with today’s performance materials. At the same time, not every jersey follows that direction. In certain collections, clubs go for a more classic embroidered look. So what’s behind these different choices? And how do you decide which solution fits your jersey best? 3D doesn’t always mean the same thing At first glance, 3D SILICONE and 3D EMBROIDERY have a lot in common. Both create a raised structure and [...]
FLEX FOIL VS. MODULAR NAMES & NUMBER SYSTEMS: WHICH WORKS BETTER FOR FOOTBALL FANSHOPS?
For many football clubs, the jersey is the most important merchandise product they sell. And hardly any fan wants a jersey without personalization. The name of their favorite player. Or their own name on the back. To make this process quick and efficient in the fanshop, many clubs still rely on a system that has barely changed for years: complete name and number sheets made from flex film. The principle is simple. The full layout – name, number and club script – is plotted on a single sheet, weeded, and then applied to the jersey in one step. For many [...]
FUNCTIONAL HEAT TRANSFERS: WHEN YOUR LOGO DOES MORE THAN JUST LOOK GOOD
A logo can look good. Or it can serve a function. Functional heat transfers turn a branding element into an active component of the product. They take on tasks — physical, digital, or operational. So the key question is not: Which technique is possible? But rather: What function should your product fulfill — and can your logo take on that role? What “Functional” Really Means Functional heat transfers combine two levels: Visual branding A concrete additional function The result: A logo that doesn’t just create impact — it works. This function can take many different forms. In general, four levels [...]
ONE LOGO FOR EVERYTHING? WHY THAT DOESN’T WORK ON TECHNICAL TEXTILES
Does a heat transfer perform the same on every fabric? Clear answer: No. A logo that works perfectly on a cotton T-shirt will not automatically perform the same on a softshell jacket. And what holds reliably on standard polyester can suddenly cause issues on nylon. Many problems in textile embellishment are not caused by poor-quality logos, but by incorrect assumptions. The biggest one being: A heat transfer behaves the same on every fabric. When it comes to technical textiles , that assumption becomes a risk. In this article, you’ll learn: Why technical fabrics react differently Which common assumptions lead to [...]
DO YOU NEED A FLAME-RETARDANT LOGO?
Probably yes – if you’re working with workwear, motorsport, or protective apparel. Because once a textile is certified as flame-retardant, one simple rule applies: Your logo must meet the same safety standards. In this article, you’ll learn what “flame-retardant” really means in practice, which standards you need to know, how these transfers are tested – including independent verification, and how to combine design and safety without compromise. Flame-retardant logos: When safety becomes a design question A logo is never just decoration. It stands for identity, quality, and responsibility. But once it’s applied to a flame-retardant textile, the wrong material can [...]
