pet acoustic panel 15mm thick

Product Overview Inject energy and acoustic clarity into creative environments with this 15mm yellow PET panel. Made from 100% recycled polyester fibers fused without glues, it is completely formaldehyde-free and non-toxic. The 15mm thickness yields an excellent NRC of 0.90, capturing 90% of incident sound to create a vibrant yet controlled acoustic atmosphere. The bright yellow felt surface stimulates creativity and optimism, making it a powerful tool for innovation labs,

PET Acoustic Ceiling Tiles Product Overview PET acoustic ceiling tiles offer a direct-fit replacement for standard suspended ceiling grids, instantly transforming reverberant commercial spaces into acoustically comfortable environments. Each tile is manufactured from 100% recycled polyester fiber using a thermal bonding process free of formaldehyde and chemical adhesives. The tiles drop directly into existing standard T-bar grid systems with no modification required. Noise

Product Overview PET acoustic room dividers create flexible, sound-absorbing partitions that define zones and control noise in open-plan interiors. Each divider is constructed from 100% recycled polyester fiber, thermally bonded without formaldehyde or chemical adhesives, delivering a completely non-toxic, odor-free acoustic element. The thick PET core provides a Noise Reduction Coefficient of up to 0.90, absorbing sound from both sides simultaneously. The freestanding design

Product Overview Architectural felt acoustic panels are manufactured to the tighter tolerances, higher consistency standards, and comprehensive documentation requirements that professional architecture and design firms demand for commercial projects. The panels are produced from 100% recycled polyester fiber using a tightly controlled thermal bonding process that ensures uniform density, consistent color, and precise dimensions across every panel in an order. The material

Interlocking PET Acoustic Wall Tiles Product Overview Interlocking PET acoustic wall tiles create a seamless, continuous acoustic surface with virtually invisible joints between modules. Each tile is manufactured from 100% recycled polyester fiber using a thermal bonding process that eliminates formaldehyde and chemical adhesives. The precision-engineered interlocking edge profile allows tiles to connect securely to one another, forming a monolithic acoustic wall that appears

Product Overview Seamless felt acoustic panels are engineered to create a visually uninterrupted acoustic surface across large walls and ceilings. The panels achieve their seamless appearance through a precision edge design and installation technique that virtually eliminates visible joints. Manufactured from high-density polyester felt using an advanced thermal bonding process, these panels contain zero formaldehyde, zero chemical binders, and are safe for immediate

Noise Absorption Pet Felt Acoustic Panels 1220*2440*9mm Size 12mm / 15mm Product Description: PET Felt Acoustic Panels absorb internal and external sound influences reducing the noise level in a room. People feel more comfortable in the environment, are able to converse freely, experience better speech intelligibility and dont have to fight to be heard. PET panel is available in a range of colors and applications sure to enhance your space. A. Our PET Felt Acoustic Panels

Product Overview Patterned felt acoustic panels combine the soft, absorptive qualities of polyester felt with an embossed surface texture that adds visual rhythm and dimension. The patterns are thermally pressed into the felt surface during manufacturing, creating a permanent relief that will not flatten or fade over time. The base material is 100% recycled polyester fiber, bonded without formaldehyde or chemical adhesives, making it safe for immediate interior use. The

Product Overview High density felt acoustic panels are built to withstand the demands of high-traffic commercial interiors while delivering exceptional sound absorption. Manufactured from 100% recycled polyester fiber, these panels are compressed to a higher density during thermal bonding, typically exceeding 250 kilograms per cubic meter. The result is a tougher, more impact-resistant surface that resists denting, abrasion, and general wear far better than standard density