FTT is an innovative pipe insulation tape engineered from high-performance materials, delivering superior thermal efficiency for both civil and industrial applications.
Suitable for hot and cold cycle system elements
Adaptable for installation even in narrow spaces
Reduces condensation
Protects against cracks caused by ice
Easy to install
Specific for elements with complex geometry
ideal for insulating:
Hot Water
Overheated water
Vapour
Diathermic oil
Fumes
Other liquids
Cold Water
Chilled Water
Glycol
Other Fluids
Our Flexible Thermal Tape can be customized in various materials, thicknesses, and dimensions to meet specific customer requirements, ensuring optimal insulation performance and longevity across a wide range of operating conditions.
Teknovis3’s Flexible Thermal Tape pipe insulation tape delivers reliable insulation performance, driving significant energy savings and reducing CO2 emissions. By improving thermal efficiency in both civil and industrial environments, this high-quality insulation solution helps lower operational costs and supports more sustainable, eco-friendly processes.
FTT promotes the reduction of greenhouse gas emissions into the environment.
FTT provides excellent energy savings and reduces maintenance and procurement costs.
FTT reduces the risk of burn injuries and temporarily contains accidental spills of aggressive products while protecting plant staff.
It helps to reduce the condensation formation on the system elements on which it is installed.
FTT is an insulating mat that helps to reduce temperatures in working environments.
FTT combines flexibility with remarkable adaptability even in small spaces and with high plant complexity.
Discover TeknoCode, the new smart label to simplify the maintenance activity
Identify in a simple and fast way the elements of your production plant thanks to TeknoCode, a metal label with QR Code connected to a WebApp.
Find out how Teknovis3 solutions can transform your business.
Contact us today for a personalised consultation and start your journey towards unprecedented energy and operational efficiency.
