Packsound™ wall combination with acoustic material

Packsound™ wall combination with acoustic material is a high-performance soundproofing solution designed to reduce airborne noise transmission through walls. By integrating mass-loaded vinyl (MLV) with high-density acoustic insulation materials, this system enhances both STC (Sound Transmission Class) and thermal efficiency. Ideal for offices, studios, residential spaces, and commercial interiors, it offers a balanced combination of noise isolation, fire safety, and easy installation—making it a reliable choice for creating quiet, comfortable environments.

PackSound Pro Acoustic Ceiling Assembly

The PackSound™ Pro Acoustic Ceiling System is a precision-engineered assembly that delivers the perfect balance of sound absorption, soundproofing, and structural integrity making it ideal for noise-sensitive environments such as theatres, conference rooms, and studios.

Built upon a solid RCC slab, the system features dual fiberboard layers that provide rigidity while creating a secure base for PackSound™ Pro 3mm, a high-density synthetic membrane designed to reduce airborne sound transmission. This central soundproofing layer is mechanically sandwiched between boards to ensure long-term adhesion and acoustic performance.

A T24 grid system (595 x 595 mm) anchors the ceiling structure and holds Ecotone Perfoaudile™ perforated acoustic panels backed with 50 mm rockwool insulation (48 kg/m³ density). This combination delivers high NRC values, controlling reverberation and enhancing speech clarity in large or acoustically demanding spaces.


LayerSpecification / Function
1. RCC SlabStructural ceiling base (varied thickness as per design)
2. Fiber Board Layer (Top)Provides a base for mounting and additional acoustic dispersion
3. PackSound™ Pro3 mm high-density soundproofing membrane for airborne noise control
4. Fiber Board Layer (Bottom)Sandwich layer to enhance rigidity and improve bonding surface
5. T24 Grid SystemStandard 595 × 595 mm exposed metal ceiling grid for modular panel support
6. Rockwool Insulation50 mm thickness, 48 kg/m³ density – high NRC performance backing layer
7. Acoustic FinishPerforated Acoustic Panels for optimal absorption and visual appeal

Pre-Installation Preparation

  1. Surface Preparation: Ensure the wall, ceiling, or floor surface is clean, smooth, and free from dust, oil, or debris.
  2. Storage Conditions: Store PackSound sheets in a dry, cool environment to preserve material integrity before use.
  3. Electrical Setup: Complete all electrical fittings prior to installation. Properly seal electrical outlets, junction boxes, and fixtures to prevent sound leakage and maintain safety.

Installation Procedure

  1. Sheet Overlap: On joints between two PackSound™ sheets, overlap by at least 75 mm to prevent sound leakage.
  2. Adhesive Use: Apply a rubber-based adhesive to the back of the sheet for a firm and lasting grip on the surface.
  3. Bonding Method: Use a roller or flat pressure tool to apply uniform pressure and ensure full adhesion with the surface.

Post-Installation Checklist

  1. Inspection: Conduct a thorough visual check for any gaps, misalignments, or incomplete seals.
  2. Safety Precautions: Always wear protective gear such as gloves and goggles while handling and installing sheets.
  3. Manufacturer Compliance: Follow all manufacturer instructions and safety datasheets for correct application and product longevity.

Additional Installation Tips

  • Measure the area accurately before cutting Packsound sheets to avoid wastage and ineffective soundproofing.
  • Avoid using water-based adhesives, as they may not provide the necessary hold and could compromise the installation.
  • Do not leave gaps between sheets; this can allow sound to pass through and reduce effectiveness.
  • Avoid installing Packsound in damp or humid environments to preserve material integrity and performance.
  • Always clean the surface thoroughly; dust and debris can hinder adhesive bonding.
  • Take your time during installation; thorough and accurate application ensures optimal results.
  • Do not use abrasive tools or materials on Packsound surfaces to prevent damage.
  • Avoid stacking heavy objects on stored sheets to prevent warping or distortion.
  • Avoid excessive nailing to prevent sound leakage from openings.
  • Replace damaged Packsound sheets rather than attempting repairs to maintain soundproofing efficiency.

Why Choose PackSound™ MLV for Soundproofing?

PackSound™ MLV (Mass Loaded Vinyl) is a high-performance, flexible sound barrier designed to block unwanted noise across a wide frequency range. Engineered for versatility, it offers up to 28–32 dB noise reduction, making it ideal for enhancing acoustic insulation in walls, ceilings, floors, partitions, and even industrial enclosures.

With a dense yet pliable structure, PackSound™ MLV can be easily integrated into both new construction and retrofit projects. It acts as a limp mass barrier—reducing sound transmission without adding bulk—and works effectively when layered with drywall, plywood, or acoustic panels.

Durable, fire-retardant, and free of lead or harmful plasticizers, PackSound™ MLV is safe, eco-friendly, and built to last. Whether you’re upgrading a home studio, office, cinema room, or managing commercial and industrial noise, it’s the smart, efficient choice for serious sound control.

Frequently Asked Questions (FAQs)

PackSound™ MLV (Mass Loaded Vinyl) is a high-density, flexible sound barrier designed to block airborne noise. It’s used in walls, ceilings, floors, and partitions to significantly reduce sound transmission.

PackSound™ MLV can provide up to 28–32 dB of noise reduction, depending on the installation method and structure it is applied to. For best results, it is often combined with other acoustic materials.

It’s ideal for a wide range of applications including:

  • Home theaters and studios
  • Offices and meeting rooms
  • Residential walls and floors
  • Commercial spaces
  • Industrial enclosures and machinery housings

Yes! PackSound™ MLV is flexible and can be installed in both new construction and retrofit projects. It can be layered behind drywall or under flooring without major structural changes.

Absolutely. It is made without lead or harmful plasticizers, is fire-retardant, and manufactured using environmentally safe materials.