Rooftop Mounting
Home - Products & SolutionsRooftop Mounting Systems are engineered to secure solar modules directly onto roofs of residential, commercial, and industrial buildings. They are designed to adapt to various roof finishes — including metal, tile, and concrete — while optimizing panel orientation for maximum solar energy production.
| Model | Roof Type | Compatibility | Tilt Angle | Material | Finish |
|---|---|---|---|---|---|
| RM-A | Metal & Standing Seam | Adjustable | 0°–30° | Aluminium | Anodized |
| RM-B | Concrete / Tile | Fixed | 10°–20° | Galvanized Steel | Hot-dip Galvanized |
| RM-C | Flat Roof Ballasted | Low Profile | — | Aluminium & Steel | Powder Coated |
Roof Optimized Design
Corrosion Proof Materials
Flexible Tilt Options
Rapid Installation Kits
Low-Profile Appearance
Universal Hardware Set
Rooftop Solar mounting provide a blend of strength, durability, and cost-effectiveness:
Roof-Optimized Design
Each rooftop mounting solution is tailored to preserve structural integrity while minimizing roof penetrations.
Corrosion-Proof Materials
Manufactured using high-grade aluminium and galvanized steel to withstand rain, humidity, and UV exposure.
Flexible Tilt Options
Choose fixed or adjustable tilt depending on roof layout and energy generation goals.
Rapid Installation Kits
Pre-cut rail sections, ready-to-use accessories, and clear instructions cut installation time significantly.
Low-Profile Appearance
Sleek mounting profiles maintain a clean roof aesthetic, even on residential homes.
Universal Hardware Set
All systems include clamps and fasteners compatible with major solar panel brands.
Performance First
Roof sections distribute panel loads to roof rafters safely, ensuring stability under wind and weather.
Adaptable for Every Roof
Whether it’s a corrugated metal shelter or a flat commercial rooftop, the system adjusts to fit.
Engineered for Durability
Finishes are selected to resist corrosion and preserve structural strength over decades.
Energy-Yield Focused
Tilt angles and rail spacing are engineered to maximize solar irradiation capture.
