Castle A1 Fire Rated Adjustable Slope Correcting Pedestal - 170-200mm

The Castle A1 Fire Rated Adjustable Slope Correcting Pedestal 170mm to 200mm is designed for raised paving and decking systems that require substantial build height alongside full fire compliance. Manufactured from aluminium, this pedestal delivers a robust non combustible support solution for demanding external environments. Rated to A1 Euroclass fire standards in accordance with BS EN 13501 1, this pedestal contains no combustible materials, making it suitable for high rise construction, roof terraces, balconies, and commercial projects where fire safety is a priority. With an adjustable height range of 170mm to 200mm, it is well suited to larger build-ups, providing ample space for drainage systems, services, and structural elements beneath the finished surface. The integrated self levelling head adapts to slopes of up to 6 percent, allowing installers to achieve a flat and stable result across uneven or sloped substrates. The pedestal head includes integrated lugs that maintain a consistent 3mm gap between paving slabs, ensuring a uniform appearance across the installation. It can also support aluminium joists, making it suitable for both paving and decking systems. Supplied part assembled, this pedestal simplifies installation by reducing setup time while still allowing precise height adjustment on site. Its aluminium construction offers long term durability, with excellent resistance to impact, environmental exposure, and chemical agents. A dependable solution for projects requiring high build heights, fire rated compliance, and long lasting performance. Features & Benefits: Aluminium construction for a fully non combustible support system A1 Euroclass fire rated to meet strict building regulations Adjustable from 170mm to 200mm for larger build-ups Self levelling head corrects slopes up to 6 percent Integrated lugs provide consistent 3mm slab spacing Suitable for paving slabs and aluminium decking joists Part assembled to reduce installation time on site Resistant to wear, weathering, and chemical exposure