AcoustiCORK VC1000 – HIGH-PERFORMANCE ACOUSTIC & VIBRATION DAMPING FLOOR UNDERLAYMENT
AcoustiCORK VC1000 is a high-performance soundproofing and vibration-damping floor underlayment, designed to reduce impact noise and absorb vibrations in commercial, residential, and industrial applications. Made from natural cork and recycled polymers, VC1000 provides excellent acoustic insulation and compression resistance, making it ideal for wood, laminate, ceramic, and vinyl flooring.
Key Benefits
- Superior acoustic insulation, reducing footstep and impact noise.
- Shock absorption, improving walking comfort and reducing floor vibrations.
- Compression resistance, ensuring long-term durability without deformation.
- Compatible with underfloor heating, allowing maximum thermal efficiency.
- Eco-friendly composition, made from natural and recycled materials.
- Easy installation, applicable under various flooring types without specialized tools.
Technical Specifications
- Material: Natural cork and recycled polymer blend.
- Impact noise reduction (ΔLw): Up to 20 dB, depending on the flooring type.
- Thickness: Available in multiple options, depending on project requirements.
- Compression resistance: High stability under load, preventing floor settlement.
- Moisture resistance, suitable for applications in demanding environments.
- Complies with international soundproofing and sustainability standards.
Applications
- Residential spaces & apartments, minimizing noise transmission between floors.
- Commercial spaces & offices, enhancing overall acoustic comfort.
- Hotels & hospitality facilities, improving guest experience with superior noise insulation.
- Gyms & sports facilities, reducing vibrations and impact noise.
- Underfloor heating systems, ensuring high thermal conductivity.
AcoustiCORK VC1000 is the ideal solution for projects requiring premium floor soundproofing and durability. Contact us for more details or to select the best configuration for your project.
Static load range 0,05 – 3,0 N/mm2
Long term durability
Low resonance frequency
Low water absorption
Low creep rate