Primacoustic Launches DIY Acoustic Panels for Custom Sound Control

Modern interior design now offers an innovative solution that combines acoustic functionality with creative expression. Paintable acoustic panels present a dual-purpose solution for spaces requiring both sound management and aesthetic appeal.

In untreated spaces, sound waves reflect off hard surfaces, creating reverberation and echo that compromise audio clarity. Professional environments like recording studios traditionally employ specialized materials—absorption foam, diffusers, and bass traps—to control these acoustic phenomena.

Standard acoustic treatments often prioritize function over form, typically appearing as utilitarian gray panels that clash with interior design schemes. The emergence of customizable acoustic solutions addresses this limitation by merging technical performance with design flexibility.

The paintable acoustic panel system features a specialized surface treatment that maintains sound-absorbing properties while accommodating various decorative finishes. These panels utilize microporous surfaces that dissipate sound energy through friction and viscous flow within the material structure.

Independent testing indicates the base panels achieve a Noise Reduction Coefficient (NRC) between 0.70-0.85 across mid-to-high frequencies (500Hz-4000Hz). Properly applied finishes typically reduce this performance by just 0.05-0.10 NRC points when application guidelines are followed.

Prior to finishing, panels require thorough dust removal using compressed air or vacuum systems. The porous surface structure must remain unobstructed to maintain acoustic efficacy.

• Recommended: Low-VOC latex paints with matte or eggshell finishes
• Maximum gloss: Satin finish (35-60 gloss units)
• Avoid: High-gloss enamels, thick texture coatings, or multiple heavy layers

Spray application remains the preferred technique, using HVLP (High Volume Low Pressure) systems at 40-60 PSI with properly thinned coatings. For smaller projects, airless sprayers with fine-finish tips (0.011-0.013") provide adequate results.

Alternative application methods include:

• Roller application using 1/4" nap microfiber covers
• Brush techniques limited to edge treatments

Digital color analysis enables precise matching to existing design schemes. Most commercial paint suppliers can create custom matches from physical samples or digital color values.

Specialized printing services can apply graphic designs using large-format UV-cured inks. Minimum resolution requirements vary by pattern complexity, with 100-150 DPI recommended for most applications.

• Coating thickness (optimal: 2-3 mils dry film thickness)
• Surface porosity retention (minimum 70% open area)
• Edge sealing requirements (affects low-frequency performance)

Installation configurations also impact performance, with recommended panel spacing of 1-2 inches between units to optimize broadband absorption.

• Residential media rooms requiring both acoustic treatment and aesthetic integration
• Commercial spaces needing branded environmental design with noise control
• Educational facilities balancing durability, safety, and acoustic performance

The technology represents a convergence of materials science and design flexibility, offering architects and designers new options for creating acoustically optimized spaces without compromising visual appeal.