Textile Backlight 200x250 cm – Professional Backlit Fabric | Dense Weave 270g

We present a specialised Textile Backlight fabric in the 200x250 cm format, made from high-quality textile material with a weight of 270 g/m². This innovative material has been purposefully designed for applications requiring even light diffusion in backlight systems, offering outstanding optical and mechanical properties.

Technical Specifications

• Size: 200x250 cm
• Weight: 270 g/m²
• Material certificate: 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 display constructions
• Textile lightboxes – modern advertising solutions
• Commercial spaces – shopping centres, stores, offices
• Events and trade fairs – exhibition booths and event areas

The fabric features a dense weave that provides optimal light performance, eliminating hotspots and creating even illumination across the entire graphic surface. Sublimation printing ensures vivid colours and sharp detail, as the dyes penetrate directly into the textile fibre structure.

The flexibility of the material allows for easy stretching over framing systems, ensuring a smooth, wrinkle-free surface. This property greatly simplifies installation and enables quick print changes to adapt to current advertising needs.

We offer four finishing options: cut to size, hemming, hemming with webbing plus corner grommets, and silicone tape (keder) for ZEN systems. For mounting on aluminium tube systems, a tunnel (sleeve) finish is recommended.

The fabric holds a B1 flame-retardant certificate, making it suitable for use in enclosed shopping halls, trade shows, events, and service areas. The material is available up to 315 cm wide, with the option of joining multiple prints for larger formats.

Need a different size or custom finishing? Write to us at [email protected] – we offer finishing tailored to your individual project requirements.