Isoking Hanging Sound Baffles Fiberglass Acoustic Tiles for Office

Product Description

Product Specifications

Frequency (Hz)	Sound Absorption Coefficient αs
100	0.635
125	0.592
160	0.678
200	0.798
250	0.761
315	0.896
400	0.794
500	0.783
630	0.869
800	0.936
1000	0.963
1250	0.998
1600	1.018
2000	0.998
2500	1.05
3150	1.032
4000	1.041
5000	1.095
Noise Reduction Coefficient NRC	0.9

Product Advantages

 Why Choose Glass Wool Panels

Excellent Sound Absorption – NRC up to 0.9, reducing echo and reverberation.

Fire-Resistant & Safe – Non-combustible material meeting international fire standards.

Lightweight & Easy to Install – Suitable for ceilings, wall systems, and modular partitions.

Eco-Friendly & Recyclable – Made from natural glass fibers and environmentally friendly binders.

Installation Advantages

Installation Advantages

Glasswool ceilings offer significant advantages and advantages in installation due to their material properties and system features.
To ensure effective installation, ceiling installation must meet basic requirements, and Glasswool  ceilings are no exception.

Lightweight

Easy to Cut

Construction Environment

The product's light weight reduces labor intensity for installers and protects them from injury.
The product's light weight allows for faster installation.
The product's light weight enables the use of a lift for high-rise installation, significantly reducing contractor costs.

The fiber-like texture of glasswool ceilings can be easily cut with a knife.
Cutting does not generate dust, promoting a clean construction environment.
Precise cutting is easy, reducing cutting losses.

Project schedules are often a key concern for contractors.
Glass wool ceilings can be installed even when the building is not fully enclosed or the HVAC system is not commissioned.
Due to the characteristics of glass wool ceilings, construction quality can still be guaranteed even in less-than-ideal installation environments.

Engineering Projects

Application Fields of Glass Wool Acoustic Panels

Glass wool acoustic panels are widely used in both commercial and industrial buildings where sound control, thermal insulation, and fire safety are essential. Their lightweight and flexible nature makes them an ideal solution for various architectural and acoustic applications.

1. Commercial Buildings

Perfect for offices, conference rooms, theaters, shopping malls, and airports where echo and noise reduction are required. Glass wool panels effectively absorb mid to high-frequency noise, creating a comfortable and quiet working environment.

2. Residential Applications

Commonly used in apartment walls, ceilings, and home studios to enhance acoustic comfort and prevent sound transmission between rooms.

3. Industrial Facilities

Applied in factories, power plants, and mechanical rooms to reduce noise generated by heavy machinery and improve workplace safety. The non-combustible nature of glass wool also ensures excellent fire protection.

4. Educational and Public Spaces

Ideal for schools, libraries, museums, and auditoriums where speech clarity and quiet environments are crucial.

5. HVAC and Transportation

Used as insulation in air-conditioning ducts, pipelines, and transport vehicles to control noise and heat transfer efficiently.

Production Warehousing

Logistics Transportation

FAQ

1. What are the advantages of glass wool acoustic panels?

 They offer high sound absorption (NRC up to 0.9), non-combustible and fire-resistant performance, easy installation, excellent thermal insulation, and are eco-friendly and recyclable.

2. Where can they be used?

Glass wool acoustic panels are ideal for offices, conference rooms, cinemas, residential ceilings and walls, factories, schools, studios, and HVAC systems. They are widely used in both commercial and industrial noise control projects.

3. What is the difference between glass wool and rock wool panels?

Glass wool has a lower density and provides better sound absorption, making it perfect for indoor acoustic applications. Rock wool, with its higher density, delivers stronger fire resistance and sound insulation, making it suitable for exterior or industrial use.

4. Are glass wool panels safe and environmentally friendly?

Yes. They are made from natural glass fibers and formaldehyde-free binders. The material is non-toxic, odorless, and recyclable, ensuring a healthy indoor environment.

5. How are glass wool acoustic panels installed?

They can be easily cut to size and fixed into ceilings or wall systems using clips, adhesives, or mechanical fasteners. Due to their lightweight design, installation is quick, clean, and requires no special tools.

6. What sizes and densities are available?

Standard thicknesses include 25mm, 50mm, 75mm, and 100mm, with densities ranging from 24 to 96 kg/m³. Custom dimensions and densities can also be produced according to project needs.

7. How do they absorb sound?

The porous structure allows sound waves to enter and get absorbed through friction between the air and fibers, converting sound energy into heat and effectively reducing noise and reverberation.

8. Do glass wool panels provide both acoustic and thermal insulation?

Yes. They offer dual performance — improving acoustic comfort while reducing heat transfer to maintain a stable indoor temperature.

9. What certifications do your panels have?

Our glass wool acoustic panels meet international standards such as ISO 9001, EN 13501-1 (Fire Class A1), and SGS Environmental Certification, ensuring top quality and safety.