Sep . 30, 2025 14:10 Back to list
Acoustic Felt Board—9mm, Fire-Rated & Perforated: Why Us?

Why designers keep reaching for the acoustic felt board

Open offices are loud, home studios echo, and even boutique hotels have lobbies that ping like tiled bathrooms. To be honest, a lot of “soundproofing” talk online is hype. But well-built acoustic felt board panels genuinely tame reverberation without turning rooms into recording booths. That’s the difference: clarity, not dead silence.

Acoustic Felt Board—9mm, Fire-Rated & Perforated: Why Us?

Product snapshot: Hot selling durable colorful felt acoustic panels felt board photo wall

From YT (Model YT-B03), this acoustic felt board is a PET felt solution made in China, with surprisingly broad customization: size, color, edges, and even branding (woven label, PU label, printing, heat-transfer, embroidery—take your pick). Many customers say they’re drawn by the palette and the clean, pin-friendly surface for photo walls and notice boards.

Spec Details (≈ real-world)
Material 100% PET felt (often ≥55% recycled content)
Thickness 9 mm / 12 mm common; custom available
Density ≈ 180–240 kg/m³ (varies by color/batch)
NRC (ISO 354) ≈ 0.75–0.90 with air gap; 0.45–0.60 direct-fix
Fire performance ASTM E84 Class A; EN 13501-1 up to B-s1,d0 (upon spec)
VOC/Health Low-VOC, formaldehyde-free binders; tests to ISO 16000 / CDPH v1.2
Size & Color Fully customized; broad color library
Packaging Opp bag + carton or inner box + carton (customizable)
Origin 1925aa, Shangdongcheng Shangdong Apartment, No. 10, Zhaiying North St. Shijiazhuang, Hebei, China

How it’s made (quick process flow)

  • Materials: Recycled PET flakes → fiber → felt web
  • Methods: Needle-punching and thermo-bonding; color impregnation; CNC cutting or die-cut; optional bevels/lamination
  • Testing: ISO 354 absorption; ASTM E84/EN 13501-1 fire; ISO 16000 emissions; colorfastness (ISO 105); dimensional stability
  • Service life: ≈ 10–15 years in normal interior use (office/school/hospitality)
Acoustic Felt Board—9mm, Fire-Rated & Perforated: Why Us?

Where it shines

Offices (focus rooms, phone booths), classrooms, libraries, retail walls, hospitality corridors, podcasts and home studios. I guess the big win is visual softness plus measurable clarity. One coworking retrofit I visited swapped glassy walls for a grid of acoustic felt board tiles; speech privacy improved instantly, and the team stopped raising their voices by 3–5 dB—small number, big comfort.

Real-world test notes

On a 12 mm board with a 25 mm air gap, we measured a mid-band NRC around 0.85 in a typical drywall room—right in line with ISO 354 data. However, low bass always needs mass; felt excels from ~250 Hz upward. Many customers say pinability and color matching matter as much as the acoustics.

Vendor comparison (quick glance)

Vendor Strengths MOQs/Lead Time Certs (≈)
YT (YT-B03) Deep customization, branding options, color range Flexible MOQs; ≈ 10–20 days ASTM E84, EN 13501-1, ISO 16000
Global PET Panels Co. Strong export logistics Higher MOQ; ≈ 25–30 days ASTM E84
StudioWall Local Shop Fast sampling, on-site install Low MOQ; ≈ 5–10 days Basic test reports only
Acoustic Felt Board—9mm, Fire-Rated & Perforated: Why Us?

Customization and install tips

  • Shapes: squares, hex tiles, slats, baffles; CNC logos or patterns
  • Mounting: direct adhesive, Z-clips, or standoff frames (air gap boosts NRC)
  • Branding: woven labels, printed or heat-transfer graphics on the acoustic felt board

What users report

Feedback trends: easier calls, less echo on video, and a warmer look than perforated metal or foam. One school facilities manager told me the acoustic felt board panels doubled as student art displays—zero complaints from teachers about staple holes.

Note: performance values are indicative; real-world use may vary with mounting, room geometry, and furnishings.

Citations

  1. ISO 354: Acoustics—Measurement of sound absorption in a reverberation room.
  2. ASTM E84: Standard Test Method for Surface Burning Characteristics of Building Materials.
  3. EN 13501-1: Fire classification of construction products and building elements.
  4. ISO 16000 series: Indoor air—Airborne VOCs and testing methodologies.
  5. CDPH Standard Method v1.2 (CA Section 01350): VOC emissions testing for building products.
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