Polyester hexagonal sound-absorbing panels are multifunctional acoustic decorative materials designed for modern interiors. Inspired by natural biomimicry, they combine effective noise reduction, environmental safety, and aesthetic appeal, providing spaces with both quietness and visual elegance. Unlike traditional single-function sound-absorbing materials, these panels suit various interiors seeking texture, comfort, and style.

Made from 100% virgin polyester fiber, the panels are free from harmful additives and environmentally friendly. High-temperature hot-press molding forms a precise hexagonal honeycomb structure, optimizing sound absorption through controlled pore size and spacing. The surface is treated with an odorless, non-shedding, dust-free finish and is available in solid colors, gradients, and textures to match diverse design styles.

children, the elderly, and pregnant women. Safety is enhanced by B1-level flame retardancy, chamfered edges, flexibility, and resistance to moisture and mildew, making them suitable for homes, schools, and public spaces.

Acoustically, the honeycomb design and porous polyester fiber absorb mid-to-high frequency noise (voices, appliances, echoes) efficiently, with an NRC of 0.7-0.9, reducing reverberation and improving speech and audio clarity. Environmentally, the panels meet E0 standards, are non-toxic and odorless, recyclable, and safe for sensitive groups like

The modular hexagonal design allows creative splicing in single or multiple colors, forming gradients, patterns, or shapes. Each lightweight panel (~0.2kg) is easy to transport and install using adhesive, glue, or keels, saving labor and time. High-density polyester ensures durability, abrasion resistance, and over 10 years of use with minimal maintenance—cleaning requires only a damp cloth or vacuum.

Apy.plicable across homes, offices, schools, commercial spaces, hospitals, and nursing homes, these panels meet both acoustic and decorative needs. Installation should be in dry, flat environments above 5℃, avoiding moisture, pressure, and scratches. Cleaning should avoid corrosive agents to maintain aesthetics and longevit