In modern textile decoration, it's not just about looks anymore. As technology advances, the demand for textiles that are both attractive and functional is growing.
Conductive textiles are used in many areas—from smart clothing and EMS suits to medical textiles. But how can heat transfers, which were traditionally only decorative, meet these new needs?
Our innovative solutions, 3D SILICONE | CONDUCTIVE and ECOBLOCK BLACK | CONDUCTIVE, allow you to use electrically conductive transfers without compromising on design or durability. In this blog, we explain why conductivity in textiles is important and how our transfers help achieve it.
Conductivity means that electricity can flow through the material. This allows electronic components to be built directly into the fabric without extra wires. This technology is used in many fields:
Until now, heat transfers were mostly used for logos. But now, our 3D SILICONE | CONDUCTIVE and ECOBLOCK BLACK | CONDUCTIVE transfers offer solutions that not only look good but also have important functions.
Our 3D SILICONE | CONDUCTIVE transfers combine conductivity with a 3D design. They are perfect for applications where both design and function are needed:
With ECOBLOCK BLACK | CONDUCTIVE, we offer a flat, conductive PU screen-print transfer. It is ideal for situations where a simple, discreet look is preferred. These flat transfers are perfect for Touchscreen-Compatible Gloves. ECOBLOCK BLACK | CONDUCTIVE allows you to use touchscreens without removing your gloves.
Conductivity is added to heat transfers by using special materials that can carry electricity, like metallic or conductive inks. These materials are built into the transfer, allowing it to carry electricity through the fabric and connect with electronic components.
Our 3D SILICONE | CONDUCTIVE transfers feature a raised 3D design that is also conductive. The silicone material is mixed with conductive elements, making it both attractive and able to carry electricity.
The ECOBLOCK BLACK | CONDUCTIVE transfers use a flat, conductive PU screen printing technique. This method uses conductive inks, allowing for discreet but powerful connections for smart textiles.
Thanks to these innovative methods, our conductive heat transfers offer the perfect combination of functionality and design.
With 3D SILICONE | CONDUCTIVE and ECOBLOCK BLACK | CONDUCTIVE, we offer the next step in textile decoration. These technologies combine design and function in textiles, allowing you to create smart and functional clothing without sacrificing aesthetics. The demand for smart clothing will continue to grow—be ready and use our innovative solutions.
Contact us now to find out how our conductive heat transfers can improve your textiles!
Also, visit our Solution Centre FUNCTION to learn more about 3D SILICONE | CONDUCTIVE and ECOBLOCK BLACK | CONDUCTIVE and find the perfect solution for your textiles.