We create a healthy indoor climate in buildings where many people gather. Textile ducts provide efficient air exchange with distribution of fresh, uniform and draught-free air in schools, offices, shops, showrooms and other types of premises where indoor climate is important.
Design with colours
Ventilation doesn't have to be made of steel. When it comes to design and customised solutions, textile based ventilation is the ideal choice when parameters such as aesthetics, quality and environmental friendliness are important to the building. With our solution, you are ensured that the ventilation air is distributed draught-free and uniformly through the customised textile ducts, which are used in almost all types of installations - from industrial applications to sports halls, office environments, laboratories, the food sector and many others.
Colours and materials
- Cradle to Cradle
For our ventilation solution, we offer a wide range of beautiful standard Cradle to Cradle approved colours for a high degree of design freedom. Textile ducts are ideal for solutions where aesthetics are important without compromising the indoor climate.
Textile materials and colours
Textile ducts with logo
Use the textile duct for messages or a company logo. This way you can design your solution to brand your company to employees, customers and visitors in a factory, office, showroom, sports centre, etc. All fonts and colours are allowed and the logo/text will not change appearance after washing. - Sustainable materials
GreenWeave
GreenWeave is especially suited for comfort installations with high demands on indoor air quality. Typical applications are offices, schools, laboratories, conference centres, and cold work rooms in the food industry. The Cradle to Cradle certified material is a well-documented and sustainable solution that can be recycled after use. All materials are woven in-house which allows us to control the complete production cycle and fulfill the requirements of ISO 9001-2015.
• GreenWeave filters the supply air as an M6 prefilter acc. to EN779:2012
• Longer washing intervals with staple fibre yarns
• GreenWeave has a dust holding capacity of 25 g/m² textile surface acc. to EN779:2012
• Fire tested acc. to EN13501 B-S1-d0
• 100% recyclable and Cradle to Cradle certified material
• Yarn-dyed material, which reduces the amount of wastewater by approx. 2/3 compared to conventional
piece-dyed materials
• Oeko-Tex® certified with documentation of the material’s sustainability
• Hygienic and washable material that does not cause condensation. Max. shrinkage of 0.5%
• Optional environmentally friendly antibacterial (Antibac-E) treatment for very humid environments
(> 85% RH)
• Does not contain antimony
MultiWeave
MultiWeave is a multifunctional material that is highly suited for many different applications, from cleanroom facilities of ISO class 4, industrial facilities and sports halls to equalising rooms in meat factories.
• MultiWeave is made of multi- filament yarns with a plain surface structure. The filtration of the supply air is
equivalent to that of a G2 prefilter acc. to EN779:2012
• The material is cleanroom certified as class 4 acc. to ISO 14644-1 - no shedding of particles
• Fire tested acc. to EN13501 B-S1-d0 without any finishing treatment
• Highly durable material. Tear strength of 110- 210 N acc. to EN ISO 13937:2
• Optional environmentally friendly antibacterial (Antibac-E) treatment for very humid environments
(> 85% RH)
• Max. shrinkage of finished fabrics is 0.5% - Own weaving mill
As the only manufacturer of textile ducts in the world, KE Fibertec has its own weaving mill, which was established back in 1972. To ensure that KE Fibertec's high quality standards are met, all textile materials are woven exclusively at our own weaving mill. Today, KE Fibertec Væveri utilises the latest technology and has high-tech air-jet looms. In collaboration with our development department, we are constantly able to develop new and better materials - all for the benefit of the quality of the finished fabric and thus for the benefit of the end user.
Why choose textile based ventilaiton?
Good indoor climate
Customised design
Flexibility and customised solutions are the hallmarks of KE Fibertec's TBV solutions. Here you are free to choose the dimension that best fits the architecture of the building. In addition, the possibilities for choosing different system layouts, colours and materials are almost endless. With a wide palette of beautiful Cradle to Cradle approved colours, a high degree of design freedom is achieved. Textile ducts are ideal for solutions where aesthetics are important without compromising the indoor climate. We support the architecture and design of the building with uncompromising customised solutions that also contribute to a greener profile with a smaller carbon footprint.
Green Thinking
KE Fibertec's textile ducts are manufactured using Oeko-Tex® Standard 100 certified yarns (18.0.36542). Our production is environmentally certified according to. ISO 14001. Transport and disposal of a textile system has a lower CO2 impact compared to conventional steel ducts. CradleVent® is the world's first Cradle to Cradle certified ventilation duct for air distribution in sustainable construction. With textile ducts, you can create more efficient air distribution compared to conventional steel ducts, allowing for energy savings.
When acoustics matter
Our low-impulse systems have unrivalled properties in rooms with noise generation and can be used in recording studios at no extra cost if sized correctly. At the same time, the textiles act as sound baffles under the ceiling, absorbing and refracting some of the reflected sound.
Less waste and lower footprint
KE Fibertec's textile ducts are made of a light and flexible material and are dimensioned to fit each individual room. For hanging, our ducts are always delivered cut to size, which improves ergonomics and minimises waste. At the same time, our materials weigh between 260 - 330 g/m2, so textile ducts weigh far less than steel ducts. This makes the solution more manageable and results in a lower carbon footprint with easier transport.