Fabric Ducts

Transforming Buildings Into Healthier Spaces

European-manufactured fabric ducts delivering draft-free comfort with a strong focus on sustainability, supreme hygiene, and effortless installation.

Transforming buildings into healthier and more comfortable spaces

Danish quality, sustainable engineering, and draft-free air distribution systems designed to match your design intent.

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Why Euro Air Fabric Ducts?

Key Features

Euro Air provides advanced, European-engineered textile ducting systems crafted in Denmark since 1991. Designed for modern commercial, industrial, and public spaces, Euro Air delivers draft-free air distribution, superior indoor comfort, and maximum energy efficiency without compromising on design intent.

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Frequently Asked Questions

Euro Air fabric ducts are a smart, lightweight alternative manufactured in Denmark since 1991. They provide even, draft-free air distribution, install up to 70% faster than metal, weigh only 260–330 g/sq.m, and are 100% hygienically washable.

No. The breathable material naturally prevents moisture condensation, eliminating the need for extra insulation in standard operating conditions.

They are extremely lightweight (packaging is under 25 kg) and can be easily installed by two people without complex tools—often up to 70% faster than traditional metal ducting.

  • Permeable systems allow air to flow gently through the entire fabric surface using passive temperature-driven movement, making them ideal for cooling and fresh air supply without drafts.

  • Non-permeable systems supply air exclusively through precise perforations (DFC) or nozzles, allowing for targeted airflow, higher velocities, and heating or cooling in high-ceiling spaces.

A hybrid system combines both approaches—uniform passive air supply through the permeable fabric and targeted active airflow through perforations or nozzles—making it versatile for spaces like offices, classrooms, and commercial kitchens.

The membrane system integrates both functions into a single duct separated by an airtight layer. It switches automatically: cooling air is distributed through the upper half, while heating air exits through the lower perforated surface.