The 106mm HEXATHERM XCPL is a high-performance composite thermal insulation board designed to provide excellent thermal efficiency, durability and an attractive finished appearance for exposed applications. Combining premium HEXATHERM extruded polystyrene (XPS) insulation with a robust Class O high-impact facing board, XCPL offers a practical and long-lasting insulation solution for car parks, soffits and other areas where both performance and aesthetics are essential.
Designed to withstand demanding environments, the 106mm HEXATHERM XCPL board delivers outstanding thermal insulation while its tough decorative facing provides additional protection against impact, moisture and everyday wear. This makes it particularly suitable for underground car parks, exposed concrete soffits, ceilings and commercial buildings where a clean, durable finish is required.
The closed-cell XPS insulation core offers excellent resistance to moisture absorption and maintains its thermal performance over time. Its lightweight construction also allows for easier handling and installation, helping to reduce labour time on site.
Width: 1200mm Length: 2400mm Density: 34kg/m3 Weight/m2: 3.6kg Weight: 10.38kg Thermal Conductivity: 0.034W/mK R-Value: 2.53m2K/W Compressive Strength: 300kPa
Available in two high impact laminates; Option 1: Grey - 6mm cementitious board Option 2: White - 6mm Glasroc multiboard
Applications
The 106mm HEXATHERM XCPL composite thermal lining board is commonly used in:
Multi-storey and underground car parks Concrete soffit insulation systems Basement ceilings Exposed structural ceilings Commercial and residential developments Areas requiring a decorative, impact-resistant thermal lining Why Choose 106mm HEXATHERM XCPL?
By combining the superior insulating properties of extruded polystyrene with a hard-wearing Class O facing panel, the 106mm HEXATHERM XCPL provides a complete thermal lining solution that improves energy efficiency while creating a clean and professional finish. It is an excellent choice for projects where thermal performance, durability and visual appearance are equally important.









