Building Outer Wall Mineral Wool Sandwich Panel With Polyurethane Edge Sealing

Building Outer Wall Mineral Wool Sandwich Panel With Polyurethane Edge Sealing have the following characteristics：

Interlaced Double Support Joint

• Innovative interlaced double support joint enhancing installation efficiency and compactness

Higher Strength & Enhanced Wind Resistance

• Reduced screw protrusion minimizes the moment applied to the support under identical wind loads

• Next-generation 3D gasket by Wiskind augments the load-bearing capability of the steel panel at screw points and joint strength

Airtightness & Watertightness

• Closed-cavity waterproof design serves as an effective rain barrier, preventing water infiltration and optimizing water/airtightness

• Interlaced joint configuration fosters superior airtightness

Versatile PU Edge Sealing

• Thermal Insulation: Dense PU foam fills the panel's installation side, effectively hindering heat transfer and enhancing insulation

• Robust Strength: Reinforces structural and joint integrity, safeguarding against deformation

• Water Resistance: PU edge sealing tightens air seals, preventing rain penetration and mitigating moisture-induced degradation of core materials. Its low thermal conductivity ensures lasting insulation performance for panels and systems.

1. Fire Resistance Rating Achieved at A-Class Level, enhancing the comprehensive fire safety of the steel structure building.

2. Polyurethane Utilized as Dual-Sided Filler, significantly diminishing heat transfer and water infiltration, safeguarding fire-resistant insulation from moisture-induced degradation, thereby ensuring long-lasting fire insulation performance.

3. High-Capacity Heavy Core Material, optimizing thermal insulation efficiency.

4. Rigid Polyurethane Foam Reinforcement on Both Edges, bolstering overall structural integrity and preventing mouth deformation.

5. 90-Degree Rotation of Fire Cotton, aligning cotton fibers perpendicular to the board surface, augmenting compressive and tensile strength by over 50%.