Office materials and coatings: 5 acoustic and ecological solutions

La technology and innovation en materials and coatings for offices is such that it is practically impossible for us to deal with the subject in a single post. However, we venture to talk about five very innovative materials, most of them acoustic and sustainably sourced, that interior designers and interior architects are using in their office projects.

These acoustic ceilings are a cloud system which covers the ceiling with highly dynamic fractal elements. Each triangular module is faceted, thus creating great visual depth. This system can be arranged as a single element, or grouped in clusters. It is hung via three thin cables joined in a single ceiling support. Each fractal module is divided into three, which can be of a different colour, to choose from. 32 shades.

It is made with PET (recycled bottle plastic), which gives it a compact felt look. In addition to the plain colours, it is made with marble finishes, digitally printed, imitating different stones and granites. This particular product is from the Turf signature.

In this sound absorbing material for walls and ceilings, composed of melamine, lacquered or veneered MDF slats. High levels of performance are achieved thanks to research into the Helmholtz resonator theory and sound dissipation through porous textures. The numerous types of milling and spacing guarantee a wide range of coefficients of acoustic absorption different.

The slats and square panels allow for an endless number of compositions, smooth, wavy, curved, maintaining a homogeneous aesthetic, as there are no joints. The slats are assembled using a simple, glue-free procedure. The use of screws and sliding clips ensures that disassembly is equally easy. It is the series 4akustik from the Fantoni firm.

These panels are made with polycarbonate outer layers that contain a nucleus of honeycomb panel Composite, a thermoplastic material that creates spectacular translucent effects. It is extremely flexible and different colors can be chosen compositions, thicknesses, colors and shapes, in addition to being able to print its surface. The decorative elements can be used in interior and exterior architecture, as well as perform the functions of acoustic panel multifunctional.

https://www.design-composite.com/en/architectureThe honeycomb nuclei They are available in different cell sizes, structures and colours. The union of the various possible cores with the infinite possibilities of surface layers creates architectural panels with exceptional properties and visually impressive effects. The ones in the image are from the company Design Composite.

This material 100 ecological% It is made from crushed pieces of recycled plastic bottles, in collaboration with Autogrill, the world's leading operator of catering services for travelers.

WasBottle, Company Bendore, is suitable for the manufacture of boards table, shelves, dividers and cladding opaque for interior architecture. Thanks to its compactness and malleability, it can be milled, drilled and accepts screwed components.

The low coefficient of friction and its non-hygroscopicity (ability to absorb and exhale moisture) make the panel suitable for different applications in furniture, although its use is recommended with low loads. The panel is characterized by a high resistance to chemicals and impacts even at low temperatures. In addition, being a high-density polyethylene, it is physiologically inert and waterproof, and suitable for surfaces and objects where they are manipulated foods.

Unlike stone, plastic and other solid surface materials, guidelines It is an incredibly durable, sustainable and versatile material, made from recycled cardboard.

The cardboard is collected and treated until it becomes cellulose pulp. The layers of paper are pressed with a resin phenolic thermosetting paper before being cut to size and hand laid. The distinctive surface texture is due to the natural variation in the arrangement of fibers within the paper. Each sheet is carefully stacked, alternating the direction of the paper to achieve ultimate balance and stability. The stacks are pressed under heat and pressure, which bonds the layers of paper together and cures the product. The panels are then slowly cooled to produce a sheet of material solid and stable.

Although this material, similar to Formica, was invented in the 1990s, 50 of the last century, continues to evolve towards more durable surfaces and more sustainable processes. It is so versatile, which can be made from kitchen furniture, countertops, entire facades, to guitars or skate ramps.