VINACOUSTIC ABACA II

This wallcovering is inspired by the Indonesian vegetal fibre known for its strength, which has many uses including bulk bags, fishing nets or artisanal products such as bags, rugs, clothes and furniture.
The pigmentation of the fibres when woven give the textile a subtly mixed shading, creating horizontal patterns similar to wild silk.

The choice of shades created and chosen for the new bright colour palette are evocative of reinvention.

Vegetal weave effect in Abaca fibre in a large range of 23 plains

The decor can be hung without a match to create the look of an artisanal, extra-wide weave (1.3M width) randomly hung to show the detail of each strip.

• Improves acoustic comfort

- Sound correction performance : αw 0.25.
Meeting the requirements of the “NRA”, the standards regarding acoustic requirements for collective housing, health and educational establishments, schools, hotels and offices. Details are available at www.texdecor.fr/en

• High impact resistance and perfect finish

- thanks to the 640g/M² of colour impregnated PVC for all colours : the seams are invisible
- its double-coating and padded backing (3.5mm thickness/250g/M²) absorbs impacts without damaging the resistant surface of the wallcovering. Probably the most resistant wallcovering, for heavy-duty usage.

• Easy-care and hygenic
- washable – scrubbable / anti-microbial Biopruf treatment available to order on request
- allows the wall to breathe thanks to its micro-perforations

• A cost-effective solution
- Acoustic and decorative in one product
- Can replace the installation of an acoustic ceiling, often an unsightly option

• Rapid hanging and simplified wall preparation
- Good coverage thanks to its 3.5mm thickness and soft fleecy backing
- Extra wide 130 cm / easy hanging : free match

• Environment
- FDES : “fiche de données environnementales et sanitaires” standard NF EN 15804
- Decor printed using non-solvent, water-based inks
- Production ISO 14001
- Vinyl without phthalate
- Energy saving thanks to its heat resistance (avoids cold walls and thermal bridges)