Glass wool blanket is a type of thermal and acoustic insulation material made from fine fibers of glass, arranged into a flexible, blanket-like form. It is commonly used in construction, HVAC systems, and industrial applications to reduce heat transfer and absorb sound.

Key Features of Glass Wool Blankets:

1. Thermal Insulation – Effectively reduces heat transfer, helping to maintain temperature control in buildings and industrial equipment.

2. Acoustic Insulation – Absorbs sound waves, making it useful for noise reduction in walls, ceilings, and ducts.

3. Lightweight & Flexible – Easy to handle, cut, and install in various spaces, including irregular surfaces.

4. Fire Resistant– Made from inorganic glass fibers, it is non-combustible and can withstand high temperatures.

5. Chemical Resistance – Resistant to mold, mildew, and corrosion, ensuring long-term durability.

Common Applications:

-Building Insulation: walls, roofs, floors

- HVAC Duct Insulation:reduces heat loss and noise

-Industrial Piping & Equipment: thermal protection

- Automotive & Marine Insulation:heat and soundproofing

Advantages Over Other Insulation Materials:

- More flexible than rigid foam boards  

- Better fire resistance compared to mineral wool or polystyrene  

- Cost-effective compared to high-end alternatives like aerogel  

Glass Wool Blanket- An Efficient and Energy-Saving Insulation and Soundproofing Solution

As a lightweight, flexible and high-performance insulation and soundproofing material, glass wool blanket have become the ideal choice for the construction, industrial, HVAC and other fields, thanks to their excellent heat insulation, sound absorption, fire resistance and corrosion resistance. Their easy installation and environmentally friendly and sustainable features further enhance their competitiveness in the market. Whether it is for residential energy-saving renovations, commercial building acoustic optimization or industrial pipeline insulation, glass wool blanket can provide reliable and economical solutions.