Ceiling foam panels7/22/2023 The core achieves Euro Class B at EN 13501. Similar to the mineral core, the polyester reaches Class C sound absorption at 25mm and Class A and 50mm. Due to its excellent thermal and acoustic properties, it has countless applications, including acoustic baffles and acoustic wall panels. It exhibits excellent fire resistance properties and, as such, does not flame or emit toxic fumes and is made from 60%+ recycled PET bottles. Polyester is a lightweight fibre product. This core also comes in 2700 mm height, so it is perfect for most floor-to-ceiling applications. The Core achieves Class A fire rating of EN 13 501-1. As seen in the table below, it reaches Class C sound absorption at 25mm and Class A at 50 mm. Due to its rigidity, many offices tend to use this as a multi-functional product by also using it as a pinboard. The mineral core is our highest-absorbing acoustic panel. Foam is manufactured in Germany – 100% of the foam scraps from the manufacture of Vibe systems are recycled and reusable. Due to the foam’s consistent colour, it can be used without a fabric face as a simple solution for ceiling application. The panels can be made as large as 2700 mm x 1200 mm and are perfect for floor-to-ceiling applications. It is a great performing acoustic core reaching Class D sound absorption at 25 mm and Class B at 50 mm. This acoustic foam reaches Class O fire rating of 25 mm. Due to its excellent thermal and acoustic properties, it has countless applications, including acoustic wall and ceiling panels. It exhibits excellent fire resistance properties and, as such, does not flame or emit toxic fumes. Core 1: Foamīasotect® is a lightweight, open-cell melamine foam. So don’t settle for an average boardroom or executive suite – transform it into a luxurious haven today!Ĭontact us to learn more about our exceptional ceiling systems and take the first step towards creating a truly remarkable space. But that’s not all – our system is also designed to seamlessly integrate various AV equipment, allowing you to enhance the functionality of your space. With its superior textile, self-tensioning, and aluminium-framed design, your space will exude prestige and professionalism. The measurements investigated in this work show applicability of micro perforated panels as window lining for noise reduction.Our premium ceiling system will take your boardroom or executive suite to the next level of elegance and sophistication. The aim of the investigation of MPA is determine sound absorbing lining possibilities for passenger compartment windows. Micro perforated variant have been investigated by experiments. The main part of the energy dissipation takes place in the small gap between the panels. The second concept is a double perforated panel, consisting of two parallel, perforated panels separated by a small distance. The results indicate that a relatively large absorption bandwidth can be obtained for a cylinder with small radius. The concept has been investigated primarily by measurements using the Impedance tube. The purpose of the investigation is to analyze and implement acoustic good performed absorber. There is investigated different configuration of micro perforated absorber. The aperture impedance has been analyzed to obtain comparable good absorption coefficient. In single perforated absorber apertures has a cylindrical cross section. The first concept is single perforated absorbers. The role of the viscous energy dissipation, which is more than inertial energy, has been enhanced. This work presents micro perforated absorber concepts, where aperture inner energy exchange is significant. For such absorbers, the challenge is to increase the natural, viscous losses to attain an acceptable absorption bandwidth. Currently, there is a great interest in micro perforated absorber design, where porous components are excluded due to maintainability, environmental and cleaning considerations.
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