Vicoustic VicPattern Ultra Wavewood (3 stk)

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2.390  DKK
Leveringstid:7-8 uger

Vicoustic's VicPattern Ultra Wavewood er evolutionen af det meget populære Wavewood-modul, en klassiker indenfor akustikregulering, en kombination af absorbering og diffusiering. Beregnet til montering på VicFix J Profile skinner, som medfølger eller kan tilkøbes som længere skinner.

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  • Afhentning i butik

Vicoustic's VicPattern Ultra Wavewood er evolutionen af det meget populære Wavewood-modul, en klassiker indenfor akustikregulering, en kombination af absorbering og diffusiering. Beregnet til montering på VicFix J Profile skinner, som medfølger eller kan tilkøbes som længere skinner.

The VicPattern Ultra Wavewood panel is one of the leading solutions that Vicoustic offers in terms of the Absorption and Reflection Control System*. This is an ideal solution to those who are striving for a balanced sound that can also, simultaneously, control any noise energy in a room, and still manage and create a living and bright sound in a particular setting. Made with melamine, a highly durable material, the VicPattern Ultra Wavewood panel is available in 8 different wood colors. Alongside this, the VicPattern Ultra Wavewood also uses our specially engineered PET wool, a sustainable material that maximizes the acoustic absorbing capabilities of the panel but also contributes to Vicoustic’s aim to produce greener and more environmentally friendly products.

This product can also be installed on the ceiling and wall with the VicFix J Profile 2m, sold separately. For corner installation, use the VicFix Corner, sold separately.

*ARCS - Absorption and Reflection Control System. The ARCS system is Vicoustic’s research model and has been developed to assist in acoustic absorption and diffusion combination solutions. Therefore, this product incorporates the research undertaken by our technicians, the combination acoustic solution and also uses the highest quality materials that have been allied with the design of non-linear, sequential cavities. With this, the system presumes the optimal balance between the absorption area and the reflecting surface.