No Logo
Click To Enlarge Image

Micro Perforated Acoustic Panel 16 mm

(0 reviews)

Specifications

Item Code 47WCAP
Size 2400 x 600, 1200 x 600, 600 x 600 mm
Updated on09/07/2025
Thickness 16 mm
Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publications.

Additional Information

Features

  • Acoustical materials are usually constructed of soft, pliable, porous materials, and visual aesthetics are secondary to sound absorption ability
  • Typically, the appearance of acoustic absorbing materials within architectural and public spaces is difficult to disguise, and is either displayed openly, such as acoustic ceiling panels or sprayed cellulose acoustical insulation, or concealed behind fabric The AKINCO “Micro-Perforated” acoustic panels offer unrivalled acoustic absorption (up to Alpha 0.95)(α-values) while preserving the aesthetic appearance of the real wood veneer
  • The 0.5mm/ 0.7mm holes on the panels are barely significant and only become visible when it is viewed from a few centimeters away
  • The sound penetrates the panel through a multitude of micro-holes and is channeled into perforations in the MDF core

Ratings & Reviews

Be the first to write a review
Write a review

Company Information

Name
Akcoustic Insulation Contracting LLC (AKINCO)
About Us

AKINCO delivers clever solutions for every situation, from demanding recording studios to offices, restaurants, buildings, industry, offices and schools. Noise problems can usually be rectified. The AKINCO range of products does the job and adds aesthetic values to any environment. We have solutions in all price ranges.AKINCO Team includes Acoustic Engineers, specialized in Building acoustics, Designers, and Senior Acousticians certified from Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.