Special tapes are designed for situations where standard adhesive products are not sufficient. They are developed with specific needs in mind – from electrical insulating, heat-resistant, PTFE, metallized, through to double-sided structural tapes. These products are used in electrical engineering, the automotive and mechanical engineering industries, construction, plastics and composite manufacturing, as well as in precision mechanics and design applications.

Each special tape is made from high-quality materials that provide precisely defined properties according to its purpose. Polyester tapes (PET) are known for their thermal stability and resistance to chemicals, PTFE tapes (Teflon) excel with low friction and a non-stick surface, while metallized tapes offer conductivity and protection against electromagnetic interference. The adhesive layers are selected according to the application – from acrylic adhesives for long-term stability to silicone adhesives that withstand extreme temperatures and allow easy removal.
Special tapes are designed for long-term use in demanding conditions – they withstand high temperatures, UV radiation, humidity, pressure and mechanical stress. They remain stable, non-stick or highly adhesive depending on the type, and thanks to high-quality adhesives they do not degrade even under frequent exposure to extreme conditions. They are suitable for industrial assemblies, surface protection, conductor insulation, component fixing and joint sealing.
Thanks to their variety, special tapes make it possible to solve a wide range of technical challenges – from bonding at high temperatures to insulation, shielding or low-friction applications. They are easy to apply, can be removed cleanly and provide a high level of precision and aesthetic quality of the final joint.
The Special Tapes category represents a range of products that combine modern technologies, long service life and functional adaptability. They are intended for all applications where quality, durability and reliability are required even under the most demanding operating conditions.