If you’ve ever found yourself straining to concentrate while office chatter, keyboard clicks, and ambient noise swirl around you, you’re not alone. Modern workspaces—especially open-plan offices and hybrid home setups—are notorious for acoustic challenges that sabotage productivity. Enter the acoustic felt screen: a brilliant fusion of sound-dampening technology and space-saving design that clips directly to your monitor arm. These unassuming panels do far more than just look stylish; they create a personal quiet zone precisely where you need it most, without consuming a single extra inch of desk real estate. Before you rush to add one to your cart, though, understanding the nuances of materials, mounting systems, and acoustic performance will ensure you invest in a solution that actually works for your specific environment.
Top 10 Acoustic Felt Screens for Monitor Arms
Detailed Product Reviews
1. AxcessAbles Studio Speaker Isolation Pads for 6.5, 7, 8 Inch Monitors | Acoustic Foam Riser Pads | High-Density Isolation Foam for Studio, DJ, Mixing, Recording
Overview: These AxcessAbles isolation pads deliver professional-grade decoupling for studio monitors in a versatile package. Each 9x12x2 inch pad consists of three stackable slices made from dense 50kg/m³ acoustic foam, supporting up to 40 pounds without compression. Designed for universal compatibility with 6-8 inch monitors from Yamaha, JBL, KRK, and Mackie, they target home studio owners and DJs seeking to eliminate unwanted resonance and improve monitoring accuracy through proper speaker positioning.
What Makes It Stand Out: The three-slice multi-angle design offers exceptional positioning flexibility, allowing precise tweeter alignment without requiring separate stands. The 50kg/m³ density substantially outperforms typical foam pads, providing genuine vibration absorption rather than superficial dampening. Unlike generic alternatives, these are specifically dimensioned to perfectly accommodate popular models like Yamaha’s HS series and JBL’s MKII line, ensuring optimal contact area and stability for your specific monitors.
Value for Money: Positioned in the mid-range segment, these pads deliver premium performance without the premium price tag of boutique brands. The included three slices per pad provide multiple configuration options that would cost extra elsewhere. When compared to DIY solutions or mass-market pads that degrade quickly under weight, the durable construction and targeted compatibility justify the investment. The 1-year US-based warranty adds further value for serious producers.
Strengths and Weaknesses: Strengths include outstanding foam density that maintains structural integrity, versatile angle adjustments, broad brand-specific compatibility, and reliable customer support. The stackable design effectively accommodates larger speakers when needed. Weaknesses include the 9x12 inch footprint potentially proving slightly undersized for some 8-inch monitors with larger cabinets, and combining multiple sets for subwoofers increases overall cost. The basic black foam aesthetic may not suit all studio decors.
Bottom Line: For home studio owners and mixing engineers using 6-8 inch monitors, these isolation pads provide measurable acoustic improvements and positioning versatility that budget options cannot replicate. The high-density construction and thoughtful design make them a worthwhile investment for anyone committed to accurate monitoring.
2. ATS Acoustics Sound Absorbing Acoustic Panel with Sona Fabric, NRC 1.0, Fire Rated, 24" x 48" x 2" (Linen)
Overview: The ATS Acoustics panel sets a high bar for professional room treatment with its exceptional NRC 1.0 rating and Class A fire certification. This 24x48x2 inch panel combines a solid wood internal frame with a mineral wool core, all wrapped in acoustically-transparent Sona fabric. Designed for flush wall mounting in professional studios, home theaters, and commercial spaces, it delivers maximum broadband absorption while meeting stringent safety standards and maintaining a refined aesthetic.
What Makes It Stand Out: Achieving a perfect NRC 1.0 rating distinguishes this panel from most competitors that typically rate 0.75-0.85. The solid wood frame prevents the sagging and edge deformation common in frameless designs, ensuring the panel maintains its appearance and performance for years. Fire-rated Class A per ASTM E84 makes it suitable for commercial installations where code compliance is non-negotiable. The Sona fabric provides superior acoustic transparency while offering a more polished look than standard burlap wraps.
Value for Money: While more expensive than basic foam tiles, this panel delivers professional performance that DIY solutions rarely achieve. The fire rating alone justifies the premium for commercial studios or public venues. Compared to other premium brands with similar specs, ATS offers competitive pricing with included mounting hardware and template, eliminating hidden costs. For comprehensive treatment, the consistent performance and durability provide excellent long-term value.
Strengths and Weaknesses: Strengths include maximum sound absorption across frequencies, superior fire safety, durable construction that resists deformation, and straightforward installation with provided hardware. The linen Sona fabric finish is both attractive and functional. Weaknesses include a higher price point that may deter budget-conscious buyers, limited color options compared to some competitors, and the 2-inch thickness being less effective for low-frequency absorption than thicker alternatives. The mineral wool core requires careful handling during installation.
Bottom Line: For those prioritizing safety, performance, and longevity, this panel is an outstanding choice. The NRC 1.0 rating and fire certification make it ideal for professional environments where building codes apply and accurate monitoring is critical. The premium is justified for serious acoustic treatment applications.
Understanding Acoustic Felt Monitor Screens
What Are Acoustic Felt Screens?
Acoustic felt screens are engineered sound-absorbing panels designed to attach directly to monitor arms or stands using specialized clipping mechanisms. Unlike traditional desk-mounted acoustic panels that consume valuable surface area, these vertical solutions leverage the existing infrastructure of your monitor setup. They’re typically crafted from dense felted fibers—often wool, polyester, or blended materials—compressed to create a porous surface that traps sound waves. The “clip” aspect is crucial: these aren’t generic panels you prop behind your screen, but purpose-built accessories with mounting hardware that integrates seamlessly with standard monitor arm designs, including VESA mounts and pole-style configurations.
The Science Behind Sound Absorption
The magic lies in the material’s cellular structure. When sound waves strike the felt’s fibrous surface, they penetrate the pores and cause the fibers to vibrate microscopically. This kinetic energy conversion transforms acoustic energy into minute amounts of heat through friction, effectively removing that sound from the environment. The density and thickness of the felt determine which frequencies get absorbed most effectively. Most monitor-mounted screens target the mid-to-high frequency range (500 Hz to 4 kHz)—where human speech, keyboard clatter, and HVAC hum reside—making them ideal for speech privacy and reducing intelligibility of distracting conversations.
Why Your Workspace Needs Acoustic Treatment
The Open Office Acoustic Problem
Open office designs promised collaboration but delivered a cacophony. Sound travels unpredictably in these spaces, with hard surfaces creating reverberation that extends the life of each noise event. Research from workplace studies indicates that employees in open offices lose up to 86 minutes per day to distractions, with unwanted noise cited as the primary culprit. The problem compounds because our brains can’t ignore speech—we’re hardwired to process it, even when it’s not directed at us. This creates a constant low-level cognitive load that drains focus and increases error rates.
How Monitor-Mounted Solutions Help
Positioning acoustic treatment at ear level, directly behind your primary focus area, creates a “shadow zone” where direct sound waves get intercepted before reaching your ears. Monitor arm clips are particularly effective because they move with your screen—maintaining acoustic protection even when you adjust height or angle. This mobile barrier is more efficient than static wall panels for personal protection, as it addresses the direct path of sound from behind or beside you. They also help reduce screen glare and create visual privacy, making them a triple-threat solution for modern desk jockeys.
Key Features to Evaluate Before Buying
Material Density and NRC Ratings
The Noise Reduction Coefficient (NRC) is your most important metric, expressed as a decimal between 0 and 1. An NRC of 0.85 means the material absorbs 85% of sound that hits it. For monitor screens, aim for NRC ratings between 0.65 and 0.90. However, don’t just chase the highest number—density matters too. Overly dense materials can reflect some frequencies while absorbing others. The sweet spot for speech-frequency absorption is typically 6-12 pounds per cubic foot. Request third-party acoustic test data from manufacturers; reputable companies will have ASTM C423 test results available.
Clip Mechanism Design and Compatibility
Not all clips are created equal. The mounting system must match your monitor arm’s profile—cylindrical poles, rectangular arms, or VESA plate edges. Look for adjustable clamps with rubberized grips that prevent metal-on-metal contact and allow for tool-free adjustment. The best designs feature a two-point contact system that distributes weight and prevents torque on the screen. Quick-release mechanisms are valuable for cleaning or repositioning, but ensure they have a locking feature to prevent accidental detachment. Check the minimum and maximum clamping range; most quality options accommodate 1" to 3" diameter poles or 0.5" to 2" thick flat arms.
Size and Coverage Area
Bigger isn’t always better. An oversized screen can overbalance your monitor arm and create a visual cocoon that feels claustrophobic. Calculate your ideal coverage by measuring the width of your shoulders and adding 4-6 inches on each side—this ensures protection from off-angle sound sources. Height should extend from 2 inches below your seated ear level to 4-6 inches above your head when seated. Most effective monitor screens range from 16" to 24" wide and 12" to 18" tall. For dual-monitor setups, consider two smaller screens rather than one massive panel to maintain arm flexibility.
Aesthetic Considerations
These panels live in your peripheral vision all day, so visual harmony matters. Felt comes in various textures, from smooth pressed finishes to deeply ridged designs that add acoustic surface area. Color choice affects more than mood—darker colors hide dust and wear but can make small spaces feel smaller. Lighter colors brighten your area but may show stains. Many manufacturers offer custom dye options to match corporate branding. Consider the edge finishing: laser-cut edges are clean but can fray over time; encapsulated edges with binding tape last longer but create a visible border.
Installation and Setup Best Practices
Assessing Your Monitor Arm Configuration
Before purchasing, conduct a thorough audit of your existing setup. Document your monitor arm’s weight capacity, pole diameter, and VESA mount type. Check if your arm has cable management channels that might interfere with clip placement. For gas-spring arms, verify that adding 2-4 pounds of panel weight won’t exceed the counterbalance range—you may need to adjust tension settings post-installation. Arms with limited vertical adjustment may require precise measurement to ensure the screen sits at optimal acoustic height.
Step-by-Step Mounting Process
Start by cleaning your monitor arm thoroughly—oils and dust prevent secure clamping. Position the panel at your determined height while seated in your normal working position. Tighten clips incrementally in a cross-pattern, similar to lug nuts on a wheel, to ensure even pressure. Most systems require a final quarter-turn after initial hand-tightening to lock the position. Test stability by gently pushing the panel—it shouldn’t shift or rotate. Finally, recalibrate your monitor’s position; the added weight may cause sagging that requires tension adjustment.
Weight Distribution and Balance
Monitor arms are engineered for specific load profiles, and adding asymmetric weight can compromise their integrity. The ideal setup positions the panel’s center of mass directly in line with the monitor’s VESA mount plate. If your screen mounts offset (common with laptop-and-monitor combos), calculate the torque: multiply panel weight by its distance from the arm’s pivot point. Most quality arms can handle 10-15% over their rated capacity for static loads, but this reduces their dynamic adjustment smoothness. Consider counterweights if you’re pushing limits—some manufacturers offer trim weights that attach to the arm’s opposite side.
Material Quality and Durability Factors
Wool vs. Synthetic Felt Blends
100% wool felt offers superior acoustic performance and natural fire resistance, but it’s expensive and can be susceptible to moth damage in humid environments. Polyester felt, often made from recycled PET bottles, provides excellent durability and moisture resistance at a lower cost. The best compromise is a wool-polyester blend (typically 60/40) that combines wool’s acoustic properties with polyester’s structural stability. Some premium options incorporate acrylic fibers for enhanced colorfastness. Ask about the felting process—needle-punched felt is mechanically bonded and resists delamination better than chemically bonded alternatives.
Fire Safety Certifications
Never compromise on fire safety. In office environments, panels must meet ASTM E84 Class A (or equivalent) fire ratings, meaning they have a flame spread index under 25. For European markets, look for EN 13501-1 classifications. Some manufacturers treat felt with flame retardants, but these can off-gas volatile organic compounds (VOCs). Inherently flame-resistant materials like wool or modacrylic blends are preferable. Request the fire test certificate—if a manufacturer can’t provide it, walk away. This is non-negotiable for commercial installations where building codes apply.
Colorfastness and UV Resistance
Monitor screens sit near windows and under harsh office lighting, making UV stability critical. Look for solution-dyed fibers where pigment is added during extrusion, not applied as a surface treatment. These maintain color even after prolonged exposure. Check the lightfastness rating: Blue Wool Scale 6 or higher (out of 8) indicates excellent resistance to fading. In sunny environments, consider panels with UV inhibitors in the fiber blend. Remember that dark colors absorb more heat, which can accelerate degradation in direct sunlight.
Acoustic Performance Metrics Explained
Understanding NRC and STC Ratings
While NRC measures absorption within a space, Sound Transmission Class (STC) rates how well a material blocks sound from passing through it. For monitor screens, NRC is the primary concern, but STC matters if you’re trying to prevent your phone calls from disturbing colleagues behind you. Most felt screens have STC ratings between 15-20—enough to reduce speech intelligibility but not create a soundproof barrier. Some dual-layer designs incorporate a mass-loaded vinyl (MLV) core to boost STC into the 25-30 range, but this adds significant weight and cost.
Real-World Noise Reduction Expectations
Manage your expectations: a monitor felt screen won’t create a cone of silence. In typical open offices, expect a 3-6 decibel reduction in perceived loudness for sounds coming from behind the panel. More importantly, you’ll experience a dramatic drop in speech intelligibility—conversations become a muffled murmur rather than distracting clarity. The psychoacoustic benefit is substantial: even modest reductions in high-frequency content significantly decrease cognitive load. Measure effectiveness using the Speech Intelligibility Index (SII); a good screen should reduce SII by 15-25% for nearby noise sources.
Design Integration and Workspace Aesthetics
Color Psychology in Office Design
Color choice impacts more than décor—it influences mood and productivity. Blues and greens promote calm focus and are ideal for high-stress environments. Warm grays and taupes provide neutrality without the sterility of pure white. Deep charcoals create a sophisticated backdrop that minimizes visual distractions. Avoid pure black, which can feel oppressive in close proximity. Consider your screen time: if you stare at cool-blue monitors all day, a warm-toned panel (think sage or terracotta) can provide visual relief and reduce eye strain through complementary color balance.
Texture and Visual Depth
Textured felt surfaces do double duty: the ridges and patterns increase surface area for better acoustic performance while creating visual interest. Linear grooves can subtly guide the eye upward, making low ceilings feel higher. Organic, wave-like patterns soften the rigid geometry of monitor edges. Some manufacturers offer custom CNC-milled designs that incorporate company logos or geometric patterns. Consider the viewing distance: fine textures work well within 3 feet, while bolder patterns are better for larger spaces where the panel is viewed from a distance.
Compatibility Considerations
Monitor Arm Types and Weight Limits
The market divides into three primary arm categories: pole-mounted, direct-desk-clamp, and grommet-mounted. Pole systems offer the most versatile clip options, with many manufacturers designing specifically for 1.5" or 2" diameter poles. Desk-clamp arms often have flat support bars that require specialized flat-mount clips. Grommet-mounted arms typically have the least exposed mounting hardware, making clip installation challenging. Check your arm’s weight rating and subtract your monitor’s weight to determine remaining capacity. Remember that dynamic weight (when adjusting) differs from static weight—add a 20% safety margin for smooth operation.
VESA Mount Interference
VESA plates can obstruct clip placement, especially on arms where the plate sits flush against the arm structure. Measure the clearance between your VESA plate and the arm’s vertical support—most clips require at least 0.75" of exposed pole or arm surface. Some screens use offset brackets that clear VESA plates, but these create more torque. For arms with integrated cable management behind the VESA plate, ensure clips won’t pinch cables. Consider VESA adapter plates that extend the monitor forward, creating clearance while maintaining weight distribution.
Multi-Monitor Setups
Dual and triple monitor configurations require strategic planning. For side-by-side setups, central mounting (between monitors) often works best, but creates a gap in coverage directly behind you. Consider individual smaller screens for each monitor arm to create continuous protection. For stacked monitors, mount the screen to the lower arm at a height that protects seated ear level. The upper monitor may require a separate, smaller panel to address reflections from ceiling surfaces. In corner desk configurations, angle the panels slightly inward to create a focused acoustic zone.
Maintenance and Longevity
Cleaning Protocols for Felt Materials
Felt is inherently dust-attractive due to its fibrous nature. Vacuum weekly using a soft brush attachment with low suction to prevent fiber disturbance. For spot cleaning, blot (never rub) with a cloth dampened with mild soap solution—aggressive scrubing damages the felt structure. Dry cleaning is possible for wool panels, but the clip hardware often can’t withstand the process. Some synthetic felts can be steam cleaned at low temperatures, but test in an inconspicuous area first. Compressed air can dislodge debris from deeply textured surfaces, but hold the can at least 12 inches away to avoid matting fibers.
Preventing Sagging and Deformation
Over time, gravity and vibration can cause felt panels to sag, especially those wider than 20 inches. Look for panels with internal stiffening frames—aluminum or plastic inserts that maintain shape without adding significant weight. For frameless designs, ensure the felt density exceeds 8 pounds per cubic foot for self-supporting rigidity. Rotate panels 180 degrees every six months to distribute stress evenly. If sagging occurs, carefully steam the reverse side and lay flat with weights overnight—this can restore original shape if addressed early.
Cost vs. Value Analysis
Budget Tiers and What to Expect
Entry-level options ($30-60) typically use lower-density polyester felt with simple clamp systems. They provide modest acoustic improvement but may degrade within 12-18 months in heavy-use environments. Mid-range panels ($60-120) offer better materials, higher NRC ratings, and more robust hardware—this is the sweet spot for most users. Premium solutions ($120-250) feature wool blends, custom colors, integrated frames, and certified acoustic performance data. For enterprise deployments, consider total cost of ownership: a $150 panel that lasts 5 years costs less than replacing a $50 panel annually.
ROI Through Productivity Gains
Calculate potential return by measuring distraction time. If an employee earning $60,000 annually loses 30 minutes daily to noise distractions, that’s roughly $3,750 in lost productivity per year. A $100 acoustic screen that reduces distractions by even 25% pays for itself in under two months. Factor in reduced error rates—studies show noise increases mistakes by 10-15% in detail-oriented tasks. For remote workers, the value proposition includes improved call quality and professional appearance during video conferences, eliminating the need for separate acoustic backdrops.
Health and Wellness Benefits
Reducing Cognitive Load
Chronic noise exposure triggers the release of cortisol, the stress hormone, even when you’re not consciously aware of the sound. By reducing background noise by just 5 dB, you measurably decrease physiological stress responses. The visual barrier aspect also contributes to cognitive relief—our brains process visual distractions as actively as auditory ones. The combined effect creates a “psychological ownership” of space, which studies correlate with increased job satisfaction and reduced burnout. For neurodivergent individuals sensitive to sensory input, these panels can be transformative, creating a controllable micro-environment.
Minimizing Distraction Fatigue
Distraction fatigue occurs when constant micro-interruptions prevent deep work states. Each time a conversation pulls your attention, your brain requires 23 minutes on average to return to full focus. Acoustic screens reduce the intelligibility of these interruptions, allowing your brain’s filtering mechanisms to dismiss them as background noise rather than actionable information. This preserves your attention reserves for actual work. Over an 8-hour day, this can mean the difference between sustained productivity and cumulative mental exhaustion.
Environmental and Sustainability Factors
Recycled Content and Certifications
Many polyester felts contain 50-100% post-consumer recycled PET from plastic bottles. Look for Global Recycled Standard (GRS) certification, which verifies recycled content and tracks it through the supply chain. Wool options may carry Woolmark certification, ensuring ethical sourcing. Some manufacturers participate in take-back programs, recycling old panels into new products. Ask about VOC emissions—GREENGUARD Gold certification indicates low chemical emissions suitable for sensitive environments like schools and healthcare facilities. The carbon footprint of shipping matters too; compressed felt is heavy, so regional manufacturers may offer sustainability advantages.
End-of-Life Disposal
At the end of its useful life, felt presents disposal challenges. Pure wool is biodegradable and compostable, but metal clips and hardware must be separated. Polyester felt is technically recyclable, but most municipal systems won’t accept it. Some manufacturers offer mail-back recycling programs where they separate components responsibly. Before purchasing, inquire about disassembly requirements—clips attached with rivets are harder to recycle than those with screws. Consider modularity: panels with replaceable felt inserts allow you to refresh the acoustic material while reusing the mounting hardware, dramatically reducing waste.
Common Mistakes to Avoid
Overlooking Arm Weight Capacity
The most frequent error is treating the monitor arm’s weight rating as absolute. Remember that arms rated for 20 pounds are tested with centralized loads, not offset panels creating torque. A 3-pound acoustic screen can exert effective force equivalent to 5-6 pounds when mounted at the end of a 20" arm. Always derate the arm’s capacity by 25-30% when adding accessories. Gas-spring arms are particularly sensitive—exceeding capacity causes drift and premature failure of the piston mechanism. When in doubt, contact the arm manufacturer with your specific setup details.
Ignoring Fire Safety Standards
It’s shocking how many buyers skip fire safety verification, especially for home offices where codes seem less relevant. However, insurance policies may be voided if non-certified materials contribute to fire spread. That $30 bargain screen from an overseas marketplace might lack any fire treatment. In office buildings, facilities management will reject installations without proper documentation. Always verify certifications are current—some older panels were tested under superseded standards. The small premium for certified panels is negligible compared to potential liability.
Future Trends in Workspace Acoustics
Integrated Technology Features
The next generation of acoustic screens incorporates active technology. Some prototypes embed micro-perforated speakers that generate anti-phase sound waves for active noise cancellation in the immediate zone. Others integrate LED task lighting with circadian rhythm programming, using the panel as a light guide. Wireless charging coils embedded in the frame can power devices while maintaining a clutter-free desk. Smart sensors can monitor noise levels and provide data to facility managers for broader acoustic planning. These features add cost and complexity but represent the evolution from passive panel to active workspace component.
Modular and Customizable Designs
Modularity is the future of workspace personalization. Systems emerging on the market feature interchangeable felt tiles that snap onto a permanent frame, allowing users to update colors or replace worn sections without full replacement. Some designs incorporate magnetic accessories: pen holders, cable clips, and even small planters that attach to the felt surface. Customizable acoustic mapping lets you position different density felts within the same panel—denser sections where speech originates, lighter sections where you need some ambient awareness. This tailored approach maximizes both performance and user satisfaction.
Frequently Asked Questions
1. Will an acoustic felt screen actually make my workspace quieter?
Yes, but with realistic expectations. These screens excel at reducing mid-to-high frequency sounds like speech and keyboard noise in your immediate vicinity. You’ll experience a noticeable drop in sound clarity and a moderate reduction in overall volume—typically 3-6 decibels. The bigger benefit is psychoacoustic: conversations become less intelligible, so your brain stops trying to process them, dramatically reducing distraction.
2. Can I mount a felt screen on any monitor arm?
Not universally. Compatibility depends on your arm’s design, pole diameter, and weight capacity. Most screens work with pole diameters between 1.5-2 inches and flat arms up to 2 inches thick. Check your arm’s weight rating and ensure at least 2-3 pounds of capacity remains after your monitor’s weight. Arms with integrated cable management or flush VESA plates may require specialized mounting brackets.
3. How do I clean my acoustic felt screen without damaging it?
Weekly vacuuming with a soft brush attachment is essential for dust removal. For stains, blot gently with a slightly damp microfiber cloth and mild soap—never scrub aggressively. Some synthetic felts can tolerate low-temperature steam cleaning, but always test on a hidden corner first. Avoid saturating the material, as excessive moisture can cause sagging or mold growth in natural fibers.
4. What’s the difference between NRC and STC ratings, and which matters more?
NRC (Noise Reduction Coefficient) measures how much sound a material absorbs within a space—this is the key metric for monitor screens. STC (Sound Transmission Class) measures sound blocking between rooms. For personal acoustic comfort, prioritize NRC ratings of 0.65 or higher. STC becomes relevant only if you’re trying to prevent your calls from disturbing colleagues directly behind you.
5. Will the screen affect my monitor’s adjustability or cause it to sag?
If properly installed within weight limits, adjustability remains largely unaffected. However, you may need to increase gas-spring tension to compensate for the added weight. Sagging typically occurs only when weight capacity is exceeded or when panels wider than 20 inches lack internal framing. High-quality panels distribute weight evenly and shouldn’t impact smooth operation when specs are respected.
6. Are wool felt screens better than synthetic polyester options?
Wool offers superior acoustic performance and natural fire resistance, making it ideal for premium applications. However, modern high-density polyester performs nearly as well at a lower cost and with better moisture resistance. For most users, a quality polyester or wool-polyester blend provides the best value. Wool is worth the investment if you prioritize sustainability and natural materials.
7. Can these screens help with video call audio quality?
Absolutely. By absorbing sound reflections from behind you, they reduce echo and reverb that plagues built-in microphones. This creates a cleaner audio signal for listeners. The visual backdrop also looks more professional than a cluttered office. For best results, position the screen to extend 6-8 inches above your head when seated, creating a defined acoustic and visual boundary.
8. What size screen should I choose for a dual-monitor setup?
Avoid one massive panel. Instead, opt for two smaller screens (16-18 inches wide each) mounted on each arm. This provides continuous protection while maintaining arm flexibility. If you must use a single screen, position it centrally between monitors and ensure it’s at least 24 inches wide to create adequate coverage, but verify your arm can handle the weight and torque.
9. How long do acoustic felt screens typically last?
With proper care, quality panels last 3-5 years in typical office environments. High-traffic areas may see wear sooner, especially on edges. Synthetic felts resist fading and moisture better, potentially lasting longer. Wool may show compression over time but can be refreshed with steaming. The clip hardware typically outlasts the felt itself—look for designs where the felt portion can be replaced independently.
10. Are there fire safety concerns I should be aware of?
Yes, and this is critical. Only purchase panels with documented fire safety certifications: ASTM E84 Class A for US markets or EN 13501-1 for Europe. These ensure the material won’t contribute to flame spread. For commercial installations, facilities management will require this documentation. Even for home offices, certified panels protect you from insurance complications in case of fire. Always verify certifications are current and from accredited testing labs.