Uganda Baati MaxCover 1015 is a wide-profile steel roofing solution developed for customers who want efficient roof coverage, a clean architectural appearance and practical construction costs. Its distinctive trapezoidal profile incorporates five troughs and six ribs, providing a structured finish suitable for residential homes, shops, workshops, commercial buildings and selected light industrial projects.

With an effective cover width of approximately 1,015 mm, MaxCover can cover a given roof width using fewer sheets than narrower profiles, subject to the profile being compared on the same basis. This can help reduce sheet handling and installation work.

The steel substrate is protected by an aluminium-zinc alloy coating and a factory-applied paint system on pre-painted variants. The profile also incorporates an anti-capillary groove designed to help limit water movement through side laps when the sheets are installed correctly.

Key benefits

1. Wide effective coverage: Approximately 1.015 metres of roof width per correctly installed sheet.
2. Distinctive box profile: Five troughs and six ribs create a neat, angular finish.
3. Protective coating: The aluminium-zinc base helps improve corrosion resistance.
4. Anti-capillary groove: Designed to help reduce water ingress at sheet overlaps.
5. Colour selection: Available in selected colours, subject to current stock and finish options.
6. Flexible lengths: Standard and special lengths are described in the manufacturer's product guide, subject to thickness and production limits.
7. Roofing and cladding applications: Suitable for appropriate residential, commercial and light industrial projects.
8. Curved applications: Factory cranking may be possible where the required radius and product specifications permit.

For dependable performance, choose the correct sheet thickness, calculate coverage using the effective width, and follow the manufacturer's requirements for roof pitch, purlin spacing, fasteners, side laps and end laps. Structural loading and wind exposure should be assessed for the specific building.