

Rectangular acoustic panels with squared edges, fully enclosed in high-quality fabric. They eliminate noise reflections, reduce reverberation and create a better acoustic environment.

Circular sound-absorbing panels with a clear rectangular cross-section, designed for high absorption across the sound spectrum while visually and acoustically enhancing personal workspaces.

Wave-shaped acoustic clouds with a unique concave and convex design, inspired by ocean waves. Framed in steel and wrapped in acoustically transparent fabric to maximise absorption in specific acoustic ranges.

Sound-absorptive acoustic partitions with squared edges designed for office desks — a flexible solution to acoustic problems in open-plan offices that improves the working environment.

Wooden sound-absorptive panels that enhance a hall's acoustics, available in various types and perforations to meet diverse architectural needs.

Light, semi-rigid PET-fibre acoustic panels with a minimal aesthetic. Easy to install, safe and non-toxic, made from recycled materials and suitable for LEED-targeting buildings.

Slatted wood panels with a polyester fibreboard base and attached wooden strips — ideal for furniture and interior design, enhancing aesthetics while offering effective sound absorption.

A harmonious blend of functionality and aesthetics — pendant lights crafted from acoustic material that provide lighting together with sound absorption.

A track-based system that significantly alters the acoustics of a room without bulky hanging panels or extensive renovations — quickly covering large areas with acoustically transparent fabric.

Plain-weave panel fabric in a wide range of commercial colours, used for wall coverings, desk screens and acoustic panels. Acoustically transparent, making it an ideal decorative facing for sound-absorbing boards.

Acoustic canopies made from durable, eco-friendly wood wool and cement. FSC and PEFC certified, with fire safety, superior acoustic and heat insulation, and moisture absorption without warping.

Rectangular or wavy sound-absorbing panels suspended vertically from the ceiling in parallel lines, as defined by an acoustic study. Both sides absorb sound, reducing reflections and echo without interfering with air-conditioning or lighting.

Ceiling tiles that provide effective sound absorption and insulation and enhance sound quality, with a sleek modern appearance — ideal for offices, residential spaces and public areas.

A fusion of style and practicality — a sleek metal surface with precision-engineered perforations, an ideal choice for modern interiors.

A thermal and acoustic cellulose insulation used for its dual benefits. This monolithic coating absorbs excess noise and provides an R-value of 3.7 per inch, with a natural texture.

A panel of specially designed glued fibres, 1/2 to 2.5 inches thick, usually bonded to drywall or another rigid substrate and finished with acoustically transparent plaster for excellent broadband absorption.

Made of fine, uniform inorganic glass fibres bonded with a fire-retardant, heat-resistant resin. Semi-rigid rectangular boards free from coarse fibres and impurities, for thermal and acoustic insulation.

Semi-rigid mineral wool made from molten rock spun into fibres (EN 13162, MW). Excellent thermal, acoustic and fire protection, with a production process that avoids fossil fuels.

High-performance, flexible, mass-loaded noise barrier with superior transmission loss, made from non-reinforced composite polymers with lead-free metals and bitumen fillers. Provides comfort, privacy and protection from external noise in existing structures.

A complex material for sound absorption, soundproofing and impact-noise insulation, made from recycled flexible polyurethane foams bonded with polyurethane glue.

Recycled rubber sheets made from recycled elastomeric compounds bonded with polyurethane glue — combining heavy surface mass, excellent elasticity and the viscoelastic reaction of compressed elastic particles.

Closed-cell foam for impact-sound insulation in floating concrete floors. Cross-linked expanded polyethylene (≈28 kg/m³) in rolled sheet form with excellent deflection and rebound for cost-sensitive projects.

A galvanised metal sheet on the exterior and a perforated metal sheet on the interior, filled with water-repellent acoustic fibres. Durable against time and UV radiation, made of incombustible materials, and easy to replace.

Semi-aerodynamic horizontal sound-absorptive inclined blades, scientifically designed to combine low pressure drop, rain protection and enhanced sound reduction. Available in galvanised steel, aluminium or stainless steel.

Used in air-duct installations requiring noise reduction and low pressure drop. They reduce noise in workplaces, households and other buildings, as well as noise emitted to the environment.

Free-standing and restrained spring mounts for low-frequency vibration control (400 rpm and up) in compressors, two-cycle engines, chillers, coolers and air-handling units. Springs meet ISO EN 10270.

Rubber and metal bonded mounts for absorbing vibration from air-handling units, pumps, compressors, ventilators and lifts. Rubber-lined top and bottom surfaces increase friction and minimise slipping.

Pads for vibration and noise mitigation, developed through specialised research since 1989 from high-quality elastomeric material. Longitudinal holes increase compression/deflection and improve vibration absorption.

Advanced vibration-control mounts for raised concrete floating floors. A metal shell housing a Regufoam elastomer or a spring prevents contact between the poured concrete and the supporting floor, eliminating sound bridges.

Hangers for isolating suspended pipes, ducts and false ceilings — in rubber + spring, spring (false-ceiling) and multiform rubber versions.

Connections and braces that enhance the structural integrity of long, tall gypsum-board walls mounted on anti-vibration pads or floating floors, preventing direct contact between double walls and wall buckling during earthquakes.

UL-certified seismic restraints that reduce the impact of earthquakes on mechanical pipes and equipment, and protect fire-protection systems, machines, ducts and pipes so the building keeps operating.