video corpo

Polystyrene acoustic diffuser NEO 3Q®

polystyrene acoustic diffuser
polystyrene acoustic diffuser
polystyrene acoustic diffuser
polystyrene acoustic diffuser
polystyrene acoustic diffuser
polystyrene acoustic diffuser
polystyrene acoustic diffuser
Add to favorites
Compare this product
 

Characteristics

Material
polystyrene

Description

From many years the Quadratic diffusers became a classic shape in architectural acoustics. JOCAVI™ revisited and made a new design of the oldest project of acoustic diffuser modules. Starting from the same principle of the calculations for Quadratic diffusers, we reviewed it with a new approach and add a new energy flow calculation theory that adds better scattering predicates and advantages. NEO 3Q has a three grade design pattern, making the distribution of energy evenly and balanced within its effective frequency range. The NEO 3Q is designed to provide a more uniform diffusion of the sound reflections radiated against it, mostly in the mid and high frequencies sound field. In the cases where the reflections are disturbing the sound image and it is not advisory to add further absorption, diffusers are a very useful solution to reduce flutter echoes, early reflections, comb filtering etc. This model is made of HIPS, with a composite filling of recycled materials, which gives this product a specific mass and also contributes to its consistence. It is available in several different colours by using our fastening materials it can be applied on walls and ceilings, as well as "T" type dropped ceilings. Manufactured with HIPS Average diffusion: 0.67/m2 [>500Hz;<5KHz] Fire-resistance: VO - UL94 standards (similar to M2) 100% recyclable Installation: accessories included T-Ceiling application Two different shapes (NEO6Q and NEO3Q)

Catalogs

NEO 3Q®
NEO 3Q®
1 Pages
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.