Uganda Clays Maxpans – Structural Flooring Blocks | Suspended Slab Formwork

Product Description:

Build stronger, lighter, and more cost-effective multi-storey structures with Maxpans from Uganda Clays Limited. These specialized clay blocks are the industry standard for suspended concrete floors, acting as permanent formwork that significantly reduces construction costs while maintaining structural integrity.

What Are Maxpans Used For?

Maxpans are hollow or channel-shaped clay blocks designed to sit between reinforced concrete ribs in a suspended floor slab . Once concrete is poured over them, they become an integral part of the structural floor—saving material, reducing weight, and speeding up construction.

Key Features & Benefits:

1. Reduces Concrete & Steel Usage: The hollow design displaces non-structural concrete, reducing the volume required by up to 30-40% compared to solid slabs. Less concrete means fewer steel reinforcement bars and lower material costs .
2. Lightens Building Weight: Because Maxpans displace heavy concrete, the overall dead load of the building is significantly reduced. This allows for lighter foundations and safer multi-storey construction.
3. Permanent Formwork: Unlike timber formwork that must be removed after concrete cures, Maxpans stay in place as part of the finished floor—saving labor and time.
4. 1000°C Kiln-Fired: Manufactured from natural clay and baked at approximately 1,000 degrees centigrade for strength, durability, and dimensional consistency.
5. Cost-Effective Construction: By reducing the quantity of concrete and steel needed for suspended slabs, Maxpans have helped make multi-storey building affordable for more Ugandans .

Perfect For:

1. Suspended concrete floors in multi-storey buildings
2. Mezzanine floors and intermediate slabs
3. Foundation floor slabs (ground floors with voids)
4. Commercial and residential high-rise construction

Why Choose Maxpans?

Solid concrete slabs are heavy and expensive. Timber formwork is labor-intensive and temporary. Maxpans offer the best of both worlds: they are lightweight, permanent, and significantly reduce the amount of concrete and steel required—cutting costs without compromising strength.