Upgrade your athletic wear with our extreme-stretch silicone transfers, built to provide unmatched durability and wash resistance for high-performance sports apparel.
Our textile transfers printed with silicone inks provide superior elasticity, exceptional durability, and a professional appearance even in the most demanding applications. They are designed for modern, stretchable, and technically advanced materials where flexibility and longevity are essential. These transfers enable strong and stretchable prints that follow the movement of the fabric. Even under intense stretching, the print does not crack or peel. Thanks to their elasticity, they are especially suitable for:
The print remains flexible, smooth, and visually refined even after prolonged use.
Silicone inks are highly opaque and deliver excellent color intensity, even on dark or demanding substrates. At the same time, they offer strong resistance to dye migration, which is particularly important when printing on polyester. They are suitable for materials such as:
In most cases, additional blocker layers are not required.
Silicone transfers adhere exceptionally well to various substrates, including silicone-coated materials where conventional printing systems often fail. They ensure:
This places them among the most reliable solutions for technically demanding projects.
These transfers demonstrate very high resistance to washing, abrasion, and mechanical stress, making them suitable for intensive and professional use. They do not contain PVC or phthalates and comply with OEKO-TEX® Standard 100, ensuring user safety and environmental responsibility. Silicone transfer therefore combines premium performance, refined aesthetics, and a responsible approach to the environment.
Choosing the right heat transfer solution depends on the material, production process, and desired finish. Our team provides expert technical guidance to help you select the most suitable transfer technology for your application.
A silicone transfer is a heat transfer printed with silicone-based inks. It provides exceptional elasticity, strong adhesion, and long-lasting durability, making it ideal for modern stretch and technical fabrics.
Silicone inks are highly flexible and durable, allowing the print to stretch with the fabric without cracking or peeling. This makes them perfect for performance and technical garments.
Silicone transfers offer outstanding stretchability. Even under intense stretching, the print remains flexible and intact, maintaining its original appearance.
They are commonly used for sportswear, activewear, compression garments, technical clothing, and other performance textiles that require flexible printing solutions.
No. One of the key advantages of silicone transfers is their ability to stretch with the fabric without cracking, peeling, or deforming.
Yes. Silicone inks provide excellent coverage and strong resistance to dye migration, making them particularly suitable for polyester and polyester blends.
Yes. Silicone transfers perform very well on demanding materials such as softshell, polyester, and various technical fabric blends.
In many cases, a separate blocker layer is not required because silicone inks already provide strong resistance to dye migration.
Yes, silicone can be built up in layers to create a high-density, raised 3D texture that looks highly professional and tactile.
Yes. They are highly resistant to washing, abrasion, and mechanical stress, making them suitable for intensive and long-term use.
Yes. Silicone inks provide strong opacity and vibrant color performance, even on dark fabrics.
Yes. They are free from PVC and phthalates and comply with OEKO-TEX® Standard 100, ensuring safety for both users and the environment.
Silicone transfers are widely used in sportswear, performance apparel, outdoor clothing, and premium technical garments.
They typically create a smooth, slightly raised and soft-touch finish that enhances both the visual and tactile quality of the print.
Silicone transfers combine extreme flexibility, strong adhesion, resistance to dye migration, and long-term durability, making them one of the most reliable solutions for demanding textile applications.
