Acousstop Products

Acoustic Niche panels represent a sophisticated solution for addressing sound management challenges in various environments, from auditoriums to office spaces. Acoustic Niche panels offer a streamlined alternative, utilizing innovative design to achieve optimal sound absorption and diffusion properties. Acoustic grooved panels feature a series of precisely engineered grooves on their surface and rear perforations. These grooves are strategically placed to maximize sound absorption and diffusion across various frequencies.

Wood, with its natural beauty and versatility, presents an attractive alternative for acoustic treatments. However, solid wooden panels typically exhibit limited sound absorption characteristics. To address this limitation, innovative approaches are being developed to enhance the acoustic performance of wood-based materials. One such approach involves the integration of Micro Niche into wooden panels, harnessing the principles of sound diffusion and absorption to achieve optimal acoustic outcomes.

Perforated wooden panels offer a versatile solution for architectural and interior design projects, combining the natural aesthetics of wood with functional attributes such as acoustic control, ventilation, and decorative elements. These panels are characterized by precision-cut perforations that impart unique visual patterns while allowing for airflow, light diffusion, and acoustic control. This section introduces the key features and benefits of perforated wooden panels and outlines their relevance in contemporary design practices.

Micro perforated wooden panels represent an innovative solution for architectural and interior design projects, offering a balance between aesthetic appeal and acoustic performance. These panels feature minuscule perforations, strategically distributed across their surface, enabling them to effectively absorb and diffuse sound waves while maintaining the visual integrity of the wood grain. This section introduces the key features, benefits, and applications of micro perforated wooden panels within contemporary design practices.

Acoustic aluminum baffles are appropriate for a variety of acoustic control applications because they combine strength, longevity, and aesthetic appeal. In architectural acoustics, acoustic aluminum baffles are crucial components that are intended to absorb sound waves and lessen reverberation. while incorporating visual The lightweight aluminum used to make baffles adds character to interior spaces. The material was chosen for its longevity, corrosion resistance, and ease of manufacture. Aluminum baffles are made of aluminum, which was selected for its corrosion resistance, durability, and simplicity of manufacturing. Baffles come in a variety of geometric profiles, such as rectangular, trapezoidal, or curved shapes, that are optimized for both acoustic performance and aesthetic appeal. Powder coating and anodizing are two surface treatments that baffles can have done to improve their longevity, appearance, and acoustic transparency.

Wooden flexible panels represent a innovative approach in architectural acoustics, offering both acoustic performance and design flexibility .Panels are constructed from flexible wooden materials such as veneers or composite wood products, allowing for bending and shaping to achieve desired forms.

Acoustic PET panels play a critical role in architectural acoustics by providing sound absorption and diffusion properties while utilizing sustainable materials. Sof Pet panels are made from recycled PET fibers, contributing to sustainable design practices and reducing environmental impact. Sof Pet panels are engineered to be acoustically transparent, allowing sound waves to penetrate the panel, Sof Pet panels may be covered with fabric or other acoustic materials to enhance sound absorption properties and provide aesthetic options for design flexibility.

Assorted acoustic wooden panels offer a versatile solution for addressing various acoustic challenges while adding aesthetic value to interior spaces. Assorted acoustic wooden panels offer diverse design variations, including Perforated and Grooved panels with the composite of acoustic infill in the structure for enhanced performance and versatility.

Wooden acoustic baffles serve as versatile solutions for addressing acoustic challenges in various interior spaces while adding aesthetic value and architectural interest. The design of wooden acoustic baffles involves careful consideration of key parameters, including size, shape, spacing, and surface treatment. These parameters are optimized to achieve specific acoustic objectives, such as sound absorption, diffusion, or redirection, while complementing the overall design aesthetic of the space.

Acoustic fabric grid ceiling tiles play a crucial role in architectural acoustics by offering sound absorption properties and aesthetic enhancement to interior spaces Comfy Tiles are typically square or rectangular to fit within standard grid ceiling systems, with various sizes available to accommodate different architectural requirements. Fabrics with acoustic transparency, durability, and fire-retardant properties are chosen to ensure optimal sound absorption and safety. Tiles are designed to fit seamlessly within standard grid ceiling systems, allowing for easy installation and integration with existing architectural elements.

Screens are made from acoustic materials such as fabric, foam, or composite panels, chosen for their sound-absorbing properties and aesthetic versatility. Screens are freestanding, movable, or retractable, offering flexibility in spatial configuration and adaptability to changing user needs. They having feature rigid frames, flexible panels, or modular systems, designed to achieve desired levels of stability, flexibility, and customization.

Fabric-wrapped wall panels offer an effective solution for controlling room acoustics while providing aesthetic versatility and design flexibility. Panels can be customized in various shapes and sizes to fit specific wall configurations and design requirements. A wide range of fabric materials is available, offering different textures, colors, and acoustic properties to match the desired aesthetic and acoustic performance goals.

Wooden panels with PET backing represent a harmonious blend of natural materials and modern technology, providing both aesthetic appeal and acoustic performance. Compo panels are made from high-quality wood veneers or solid wood, chosen for their natural beauty, warmth, and sustainability. PET backing provides structural support and acoustic enhancement. PET backing is a lightweight, durable material that serves as a substrate for the wooden panel, providing stability, rigidity, and acoustic properties. Wooden veneers or solid wood panels are bonded to the PET backing using adhesives or lamination techniques, ensuring a strong and durable bond between the materials.

Acoustic fabric hanging panels offer a holistic solution for shaping room acoustics, enhancing sound quality, and creating immersive environments. The design of acoustic Contour is guided by several key principles, Contour are designed to encompass entire architectural spaces or specific zones within them, creating immersive auditory environments. This may consist of modular panels or elements that can be configured and arranged flexibly to suit different architectural requirements and design objectives.

Grooved PET panels with perforated MDF offer an effective solution for enhancing room acoustics while providing visual appeal and versatility. Sof Niche has a versatile tool in architectural acoustics, providing both sound control and aesthetic enhancement.Panels consist of a core made of medium-density fiberboard (MDF) with precision-drilled perforations for sound absorption and grooves for sound diffusion, encapsulated by a layer of PET fabric for aesthetic purposes.Grooves are strategically designed to scatter sound waves effectively, minimizing echoes and improving acoustic clarity within the space.

Multi-pitch grooved panels are engineered to optimize room acoustics by diffusing sound waves effectively while offering aesthetic versatility. Multi-pitch grooved panels represent an advanced approach to acoustic treatment in architectural and interior design. These panels feature intricate groove patterns with multiple pitch variations, strategically designed to scatter sound waves and minimize reverberation within a space. This section introduces the significance of acoustic treatment in architectural design and outlines the scope of multi-pitch grooved panels

Acousstop acoustic doors play a crucial role in controlling sound transmission between spaces while providing functionality and aesthetic appeal. Acoustical doors are essential components in architectural acoustics,serving as barriers to mitigate noise transmission,Doors are designed with features such as heavy mass,dense core materials,and tight seals to prevent sound leakage between adjacent spaces. Doors are available in a variety of finishes,styles,and configurations to complement architectural design aesthetics and meet functional requirements.

Equitile grooved wooden panels, focusing on their design principles, manufacturing processes, acoustic performance characteristics, structural considerations, and diverse applications. Bi-directional grooved panels feature intricate groove patterns arranged in both horizontal and vertical directions, offering enhanced sound diffusion properties and aesthetic appeal.

Acoustic grill panels offer a unique combination of functionality and aesthetics, providing both sound absorption and ventilation in architectural spaces . Panels are designed with specific dimensions, spacing, and patterns of perforations to optimize both acoustic performance and airflow. The design of wooden rafter acoustic panels involves balancing structural requirements with acoustic performance objectives. Key design principles include determining the spacing, pitch, and dimensions of the rafters while incorporating acoustic treatment elements such as perforated panels, absorptive materials, and diffusion surfaces

Acoustic louvers play a crucial role in architectural acoustics by combining noise control with ventilation needs. Louvers are designed with specific dimensions, spacing, and angles to optimize airflow while attenuating noise transmission.they are typically constructed from durable and acoustically transparent materials such as aluminum, steel, or composite materials.Louver designs are aerodynamically optimized to minimize air resistance and pressure drop while maintaining acoustic performance.

MAC tiles are micro absorption composite panels, focusing on their design, manufacturing process, acoustic properties, structural considerations, and potential applications. MAC tiles offer superior sound absorption capabilities due to the combination of microscopic perforations or cavities and the inherent acoustic properties of the composite material. The microstructures within the panel matrix act as Helmholtz resonators, dissipating sound energy and reducing reverberation within a space.

Acoustic Met plain and perforated metal panels are integral elements in architectural acoustics, offering effective sound control solutions while adding visual interest to interior and exterior spaces, Panels are typically made from high-quality metals such as aluminum, steel, or stainless steel, chosen for their durability, corrosion resistance, and aesthetic versatility. Panels may undergo surface treatments such as powder coating, anodizing, or painting to enhance durability, aesthetics, and acoustic transparency.

Acoustic reflect panels play a crucial role in architectural acoustics by redirecting sound waves to enhance speech intelligibility and create optimal listening environments. Panels feature highly reflective materials or surface treatments designed to redirect sound waves towards desired listening areas. Panels may incorporate angled or curved surfaces to optimize

Acoustic fabric baffles serve as effective tools in optimizing room acoustics by absorbing and diffusing sound waves.Fabrics with acoustic transparency and durability are chosen to ensure optimal sound absorption and longevity of the baffles. Baffles, square, or custom-designed edges to achieve a seamless integration with the surrounding architecture.

Acoustic sway panels represent an innovative approach to addressing room acoustics by incorporating dynamic movement into interior spaces. This section introduces the significance of acoustic sway panels in architectural design and outlines their potential applications in optimizing room acoustics.

The design of PET grooved wall panels involves several key principles ,Sof flute Panels consist of a core material encapsulated by PET , with grooves strategically placed to enhance sound diffusion.PET is chosen for its acoustic transparency, durability, and sustainability, offering a wide range of colors and textures for design flexibility.Grooves are designed to scatter sound waves effectively, minimizing echoes and enhancing acoustic performance within the space.

PET encapsulation aligns with green building initiatives, contributing to sustainable design practices.

Acoustic stretch fabric systems utilize specially engineered fabrics designed for acoustical transparency, durability, and aesthetic versatility. Systems incorporate tensioning mechanisms such as tracks, frames, to stretch the fabric tightly across surfaces without sagging or wrinkling.Some systems may incorporate acoustic infill materials such as acoustic foam behind the fabric to enhance sound absorption properties.Fabric systems offer design flexibility with options for customization in terms of colors, textures, patterns, and shapes to suit specific project requirements.

Acousstop Wings also known as Movable wall ,operable partitions or demountable walls, offer versatility and flexibility in space utilization, allowing for dynamic configurations and acoustic control. Walls are composed of individual panels or modules that can be easily moved, reconfigured, or stored as needed. Walls are supported by overhead or floor-mounted track systems that provide stability and guidance for movement. Wings may incorporate soundproofing materials or seals to maintain acoustic separation between adjacent spaces when closed.

Spume Panels are made from open-cell foam materials, typically polyurethane or melamine foam, known for their high porosity and sound-absorbing properties.Panels feature various surface geometries, including pyramid, wedge, egg crate, or flat patterns, designed to scatter and trap sound waves effectively.Panels come in different thicknesses and densities to achieve desired levels of sound absorption across a range of frequencies.Foam materials may be treated with fire-retardant additives to enhance fire safety and compliance with building codes.

Soft Fillet panels offer a unique combination of acoustic performance, durability, and aesthetic appeal, PET grooved panels with a 9mm pitch and 9mm groove depth are designed to provide effective sound diffusion and absorption while enhancing the visual appeal of architectural spaces, THIS PANELS ARE typically manufactured using advanced molding or extrusion processes. Key design and construction principles include PET is a lightweight, durable, and environmentally friendly material commonly used for its acoustic properties. The panels feature grooves with a consistent depth of 9mm and are spaced at intervals of 9mm, creating a uniform and visually appealing pattern.