Glass Wool Board
Glass wool board is a rigid, high-density centrifugal glass fiber insulation panel with excellent thermal insulation, sound absorption, Class A non-combustibility, stable structure, and easy installation for walls, ceilings, and industrial equipment.
Glass Wool Board
Glass wool board is a rigid, high-density insulation panel made from centrifugal glass fiber. With a stable structure, low thermal conductivity, and strong acoustic absorption, it is widely used where flat, easy-to-install insulation panels are preferred.
Key Features
- Rigid board format with good dimensional stability
- Excellent thermal insulation and sound absorption
- Class A non-combustible fire performance
- Easy to cut, install, and fit into construction systems
- Available unfaced or with aluminum foil facing
Applications
- Building partition walls and suspended ceilings
- Office buildings, hotels, and commercial interiors
- HVAC systems and air duct insulation
- Industrial equipment and general thermal insulation
Technical Specifications
| Density | 24-80 kg/m³ |
|---|---|
| Thickness | 25-100 mm |
| Length | 600-2400 mm |
| Width | 400 / 600 / 1200 mm |
| Thermal Conductivity | 0.034-0.043 W/(m·K) |
| Fire Rating | Class A non-combustible |
| Hydrophobic Rate | Optional hydrophobic type |
| Facing | Unfaced / aluminum foil |
| Standards | EN 13162, GB |
Customization & Supply
Panel size, density, thickness, hydrophobic treatment, facing, and packaging can be adjusted to match project specifications and installation systems.
Packaging & Loading
Yinliya offers professional export packaging to maximize container loading and protect product quality in transit.
- Glass wool rolls: double-layer vacuum-compressed bags, inner plastic plus outer woven bag, to increase container loading and reduce freight cost.
- Rock wool rolls: heat-shrink film, standard yellow bag, or transparent plastic bag.
- Boards: shrink-wrapped and palletized for stable stacking and easy handling.
- OEM packaging and custom brand labels available on request.
