Glasswool Sandwich Panels

Glasswool sandwich panels are high-performance building materials known for their excellent thermal insulation, sound absorption, and fire resistance properties. These panels consist of a core made from glass wool, which is sandwiched between two layers of metal, typically steel or aluminum. Glass wool, also known as fiberglass insulation, is made from recycled glass and sand, and it is renowned for its fibrous texture and insulating capabilities.

Key Features:

Thermal Insulation

Glasswool panels provide superior thermal insulation, helping to maintain temperature control and improve energy efficiency in buildings.

Sustainability

Glass wool is made from recycled materials and is recyclable, making it an environmentally friendly choice.

Lightweight

Glasswool panels are lightweight, making them easy to handle, transport, and install.

Durability

The combination of glass wool se se and metal facings ensures high durability and structural integrity.

Fire Resistance

Glass wool is non-combustible and can withstand high temperatures, providing excellent fire resistance.

Moisture Resistance

These panels have low water absorption, ensuring they remain effective in humid conditions and resist mold and mildew growth.

Sound Absorption

The fibrous structure of glass wool effectively absorbs sound, making these panels ideal for acoustic insulation.

In summary, glasswool sandwich panels are versatile and effective solutions for various construction and insulation needs. They offer superior thermal insulation, sound absorption, and fire resistance, making them ideal for a wide range of applications in industrial, commercial, and residential buildings. Their lightweight nature and durability further enhance their appeal as a high-performance building material.

Glasswool Panels Technical Parameter:

Parameter	Value/Range	Significance
Thermal Conductivity	0.030 to 0.040 W/mK	Lower values indicate better insulation properties.
Density	40 to 80 kg/m³	Affects structural strength and thermal insulation.
Core Thickness	50mm to 150mm	Varies based on application and required insulation.
Panel Length	Up to 2.4 meters (customizable)	Typically used in shorter lengths due to flexibility.
Panel Width	Typically 1 to 1.2 meters	Standard width for easy installation.
Compressive Strength	5 to 25 kPa	Indicates the panel’s ability to withstand compressive loads.
Tensile Strength	10 to 20 kPa	Indicates resistance to tension forces.
Water Absorption	Less than 1% by volume	Ensures panels remain effective in humid conditions.
Fire Resistance	A1 (Non-combustible)	Excellent fire resistance, crucial for safety.
Thermal Resistance (R-value)	Varies with thickness (e.g., R-value for 100mm ≈ 3.0 m²K/W)	Higher values indicate better insulation.
Surface Coating/Fascia	PPGI/PPGL or other protective layers	Enhances durability and moisture resistance.
Operating Temperature	-50°C to +250°C	Indicates the range of temperatures the panels can effectively operate within.
Sound Insulation	25 to 60 dB	Provides excellent acoustic insulation.

Applications:

Industrial Buildings: Provides thermal and acoustic insulation, enhancing the efficiency and comfort of industrial spaces.
Commercial Buildings: Ideal for offices and commercial spaces where soundproofing and fire resistance are crucial.
Residential Buildings: Enhances energy efficiency and safety in homes, offering thermal and sound insulation.
Partitions and Ceilings: Used in creating soundproof and insulated partitions and ceilings.
Roofing and Cladding: Offers durable, fire-resistant, and insulated solutions for roofs and external walls.
HVAC Systems: Often used in ducting and HVAC systems for its thermal and acoustic properties.