Castle A1 Fire Rated Adjustable Slope Correcting Pedestal - 150-175mm

The Castle A1 Fire Rated Adjustable Slope Correcting Pedestal 150mm to 175mm is designed for raised decking and paving systems where significant build height and fire compliance are essential. Manufactured from aluminium, this pedestal provides a non combustible support solution suited to demanding rooftop and high rise applications. Compliant with A1 Euroclass fire classification to BS EN 13501 1, this pedestal contains no combustible materials, making it a reliable choice for projects where fire safety regulations must be met throughout the construction. With an adjustable height range of 150mm to 175mm, it is ideal for larger build-ups, allowing sufficient void space for drainage, services, and structural requirements beneath the finished surface. The integrated self levelling head adjusts for slopes up to 6 percent, ensuring a level and stable installation even on uneven substrates. The head incorporates spacer lugs that create a consistent 3mm joint gap between paving slabs, supporting a uniform and professional finish. It also accommodates aluminium joists, making it suitable for both paving and decking systems. Supplied part assembled, this pedestal helps streamline installation by reducing setup time on site while still allowing precise adjustment. The aluminium construction offers long term durability, with strong resistance to impact, weather exposure, and chemical contact. An ideal solution for projects that require elevated build heights combined with fire rated performance and structural reliability. Features & Benefits: Non combustible aluminium construction for fire compliant systems A1 Euroclass fire rated to meet strict building requirements Adjustable from 150mm to 175mm for high level installations Self levelling head compensates for slopes up to 6 percent Provides consistent 3mm spacing between paving slabs Suitable for decking joists and paving slab installations Part assembled for faster and more efficient installation Durable and resistant to impact, weathering, and chemicals