sound proofing decorative Acoustic Ceiling Tiles Perforated Fireproof With roll coating

sound proofing decorative Acoustic Ceiling Tiles Perforated Fireproof With roll coating

Acoustic Absorption Coefficient, office, shopping malls, railway station

Product details

1. Product code: N/A

2. Color: RAL color available

3. Dimension: custom made available

4. Surface finishing: Powder coating, roll coating, film coating

5. Material: Aluminum alloy

6. Thickness: Custom made available

7. Shape: Rectangle/square, custom made available

8. Edge profile: Straight/beveled

9. Perforate: Perforated/unperforated, custom made available

10. Warranty: 8-10 years

Specification

Features

1. Beautiful appearance, and various colors for choice;

2. Multiple accessibility options;

3. Various standard and wide choice perforations;

4. Easy & fast to install;

5. Custom made metal walls available to coordinate with ceilings and other interior / exterior finishings;

6. Nice pigment wet ability, no static, non - flammable;

7. Fireproof, anti - corrosion, thermo stability and good weather resistance;

8. Certificate: ISO9001:2008, ISO14001:2004, CE, GB/T28001-2011, SGS Test etc;

Acoustic Absorption Coefficient

Perforations are commonly seen on metal ceilings, reducing noise and creating a comfortable space. To stick acoustic paper or mineral wool to the back of perforated ceilings is very conducive to add absorbed dose of an enclosed space, and further reduce noise pollution. Below are different types of perforations. Each type can be done in various open area ratios to fulfill different acoustic. Additional perforations and sizes are available as custom options.

Application:

Industrial and civil buildings, special buildings, building curtain wall, interior partitions, suspended ceiling, wall, airport, bus station, museum, opera house, exhibition hall, shopping centre, conference hall, bar and etc.

Perforations:

OUSILONG Acoustic Absorption Coefficient panel has both different size of the perforations and various perforate patterns.