Ceiling-mounted San Antonio The acoustic beams concept
Developed for tertiary environments and public‑facing areas, San Antonio provides effective acoustic correction for large volumes while adapting to technical ceilings and the constraints of existing buildings.
Design & Concept: a linear framework integrated into the ceiling
The San Antonio concept is based on a linear beam layout that structures the ceiling without adding visual weight. The system stands out for:
• a clear horizontal reading, ideal for supporting architectural lines
• full compatibility with technical ceilings, integrating sprinklers, lighting, and ventilation
• mass‑tinted rPET fiber, ensuring consistent and stable finishes
• a cuttable solution, making it easy to adapt to grids and specific dimensions
• a clean, contemporary aesthetic, suited to projects with high functional requirements
San Antonio beams thus make it possible to design ceilings that are clear, rational, and high‑performing, while maintaining great flexibility during installation.
Product benefits
Teinté dans la masse
Produit sur-mesure
Simplicité de pose
Acoustic performance: high absorption & controlled volume management
Made from 12 mm compact rPET acoustic fiber, the San Antonio system delivers very high sound absorption, suitable for treating resonant ceilings and large spaces.
Its performance includes:
• an absorption coefficient of up to 0.95 alpha‑sabine, depending on the configuration
• a significant reduction in reverberation time
• an improvement in overall acoustic comfort
• a decrease in sound fatigue in open‑plan areas
Ceiling installation ensures homogeneous treatment of the sound volume, without encroaching on walls or requiring major modifications to the existing layout.
A recommended solution for projects requiring high‑performance, linear acoustic treatment that is compatible with complex technical ceilings.
Recommended applications
San Antonio is particularly well‑suited for architectural and interior design projects requiring an integrated and rational acoustic solution:
• Offices & tertiary spaces: open‑plan areas, meeting rooms, circulation zones
• Hospitality & restaurants: dining areas, lobbies, shared spaces
• Public buildings & facilities: reception areas, administrative spaces
• Education: schools, lecture halls
• Large volumes: technical areas or multi‑equipment spaces
Its modularity and ease of installation make it suitable for both new construction and renovation projects.
Eco‑responsibility & Arteck commitments
San Antonio is fully aligned with Arteck’s environmental approach and meets the requirements of responsible projects:
• recycled and recyclable rPET fiber, made from repurposed plastic bottles
• A+ VOC‑rated material
• durable design, suited to the long life cycles of tertiary buildings
• lightweight solution, reducing the impact on existing structures
San Antonio is therefore a high‑performance, specifiable acoustic beam solution, fully compatible with contemporary architectural requirements.
Intéressé par Ceiling-mounted San Antonio ?
Our solutions are made from compact rPET fibres derived from the recycling of plastic bottles. This material is 100% recycled and recyclable, guaranteeing an excellent balance between acoustic performance and respect for the environment.
Yes, we offer an installation service provided by qualified professionals. This service guarantees optimum installation and a perfect aesthetic finish.
Our lead times vary depending on the type of product and the level of personalisation. On average, manufacturing and delivery take between four and six weeks after validation of the project. For urgent requests, please contact us to discuss ways of speeding things up.
Yes, at Arteck we design fully customisable acoustic solutions to suit your specific needs. Thanks to our in-house design office, we can work with you from design to manufacture to create a unique solution tailored to your space.
We apply rigorous controls throughout the manufacturing process. In addition, our products are laboratory tested to guarantee their acoustic efficiency and durability.