The ECOiso® ABL® absorption layer is a structural surface material with sound-absorbing properties.
The ECOiso® ABL® absorption layer is a structural surface material with sound-absorbing properties. In line with JOCAVI®'s ecological philosophy, these acoustic materials are made exclusively from natural raw materials such as recycled wood fibres and coconut fibres.
This product range offers a practical and effective acoustic solution. The panels consist of coconut fibre (as the absorbing material) and perforated panels of coloured pressed wood fibre from natural timber, which give them an attractive, good-looking finish. This combination, made entirely from 100% natural, ecological materials, has excellent technical properties.
ECOiso® ABL® is ideal for installation in auditoria, conference rooms, retail spaces, restaurants, bars and the like. Coconut fibre is a natural, renewable and very lightweight plant-based material. Its high porosity (95%) results in extremely high absorption of sound energy. The good properties of recycled wood fibre, combined with the microporous absorbing properties of coconut fibre, form a natural combination for first-class acoustic solutions.
The acoustic behaviour of the ECOiso® ABL® system (coconut + wood) is a natural combination that delivers a solution with excellent acoustic performance for reducing noise levels in a room, along with an excellent aesthetic and decorative appearance.
Acoustic elementMade by Jocavi (Portugal)


| MODEL | DIMENSIONS | WEIGHT |
|---|---|---|
| ABL120 | 120x 60x 2.8cm | 4.1 kg |
| ABSORPTION COEFFICIENT | ABSORPTION COEFFICIENT FOR ALL MODELS (NRC**) AND PERFORATED PANELS (%/m2) |
|---|---|
| ECOiso® System values - SPL®+ABL® ** |

















How to read the graph: the higher the curve rises, the better the element absorbs sound at that frequency – a value close to 1 means almost complete absorption, a value close to 0 means reflection back into the room.
Volume pricing, technical resources and tailored quotations for architectural studios and multi-site projects.