Textile Backlight 100x150 cm – Professional Backlit Fabric | Dense Weave 270g

Introducing our specialist Textile Backlight fabric in a 100x150 cm format, made from high-quality textile material with a weight of 270 g/m². This innovative material is specifically designed for applications that require even light distribution in backlit systems, offering excellent optical and mechanical properties.

Technical Specification

• Size: 100x150 cm
• Weight: 270 g/m²
• Material certification: B1
• Printing technology: Sublimation
• Maximum material width: 3.20 m (315 cm)
• Properties: Flexible, dense weave

Applications

• ZEN aluminium systems – single- and double-sided frames
• Exhibition walls – trade fair and presentation structures
• Textile lightboxes – modern advertising solutions
• Commercial spaces – shopping centres, shops, offices
• Events and trade shows – exhibition and event stands

This fabric features a dense weave that delivers optimal light diffusion, eliminating hotspot effects and ensuring uniform illumination across the entire graphic surface. Sublimation printing guarantees vivid colours and sharp detail, with dyes penetrating directly into the textile fibres.

Material flexibility allows for easy stretching over frame structures, resulting in a smooth, wrinkle-free surface. This feature significantly simplifies installation and enables quick replacement of graphics as your advertising needs change.

We offer four finishing options: cut to size, hemming, hemming with tape + corner eyelets, and silicone tape (keder) for ZEN systems. For frame systems with aluminium tubes, tunnel finishing is available.

The fabric is B1 flame retardant certified, making it suitable for use in indoor retail spaces, trade shows, events, and service points. The material is available up to 315 cm wide, with the possibility of joining several prints for larger formats.

Looking for a different size or custom finishing? Contact us at [email protected] – we offer personalised finishing options tailored to your individual project requirements.