Art3d 2-Pack 108" x 12" Acoustic Wood Panels for Wall & Ceiling – Sound-Absorbing Slat Paneling

Elevate acoustics and style with Art3d 108\" x 12\" acoustic wood panels

Transform conversations into comfortable, focused spaces with high-density fiber panels that softly absorb sound waves. The rich wood veneer offers warmth and texture while the panel design creates clean lines that suit modern interiors. These panels work as a decorative accent and a practical acoustic boost, helping to soften echoes without compromising aesthetic appeal.

Designed for versatility, Art3d acoustic panels help dampen ambient noise in living rooms, bedrooms, home offices, studios, and small commercial areas. They’re ideal for spaces where you want a calmer atmosphere and a tidy, contemporary look.

Key benefits

• Superior sound dampening helps create quieter zones within busy environments.
• Elegant, contemporary look with natural wood textures complements many decor styles.
• Easy installation on walls or ceilings with glue or screws, offering flexible DIY options.
• Wide application range, from residential to commercial settings, including offices, classrooms, and entertainment spaces.
• Two-panel package measures 108\" x 12\" per panel, covering approximately 18 sq ft per panel (36 sq ft total).
• Important note: due to the large size, you may want to order a sample first (ASIN: B0D86M24YN) to preview finish and fit.

Practical uses and setup tips

• Install on interior walls or ceilings where sound control is desired, while preserving a warm, inviting atmosphere.
• Combine multiple panels for larger rooms or feature walls; experiment with layout to balance texture and space.
• Maintenance is simple: wipe with a soft, dry cloth to keep the wood veneer looking fresh.
• On textured ceilings or uneven walls, begin with a plan to align the slats for a seamless appearance.

What’s included and sizing

This listing features a 2-pack of acoustic wood slat panels, each 108\" x 12\". The large panels deliver a bold decorative element and functional acoustics.