Halo

Halo

A ceiling system designed to combine geometry, lighting, and visual depth into a single architectural solution. Halo is based on an ordered modular composition that incorporates integrated lighting to transform the upper plane into an active element within the space.

The interplay between light and volume creates a warmer, more enveloping perception of the environment, generating plays of shadow and depth that alter the perception of the ceiling depending on the viewpoint and light intensity. Its configuration allows for the development of continuous surfaces capable of lending identity and visual rhythm to the project.

Halo enhances acoustic comfort while providing integrated and uniform ambient lighting. The combination of geometric precision and indirect light makes it an especially effective solution for hospitality, offices, and retail spaces where a balanced, elegant, and technically integrated atmosphere is desired.

Technical specifications

Design by:

ECOcero

Technical sheet

ECOcero sound-absorbing panel, Regenerative Textile Fiber, Halo model, measuring 595 × 595 × 144 mm and 9 mm thick. It consists of a 9 mm thick grooved base panel measuring 595 x 595 mm, inserted 9 mm thick baffles, and an internal recess compatible with LED lighting to form a tongue-and-groove panel. Supplied disassembled for on-site assembly and installation.

Available installation options:
• Supported on T24 technical ceiling profiles.
• Fixing using ECOcero brand adhesive for direct fixing to support.
• Installation with direct mechanical fixing to support using screws.

9mm thickness available in 24 base colors.

CE marked. Thickness 9 mm Euroclass B-s1,d0 fire reaction.

LEED® (USGBC) Pass and BREEAM® Exemplary Level certifications.

Product with GRS certified recycled content, Environmental Product Declaration (EPD) and Product Health Declaration (PHD). OEKO-TEX® Standard 100 certified, low VOC emissions Class A+, ASTM G21 antifungal protection, REACH and RoHS compliant, and CE marked. Certified sound absorption, conductivity, and thermal resistance performance, with a Euroclass B-s1,d0 fire reaction classification.