Amano Roof Bracket Rail 3.66
Engineered aluminium mounting rail for metal sheet roofs, designed for high anti-shear strength and rapid bolt attachment.
At HAQ Aluminium, we manufacture Pak Premium aluminium solar accessories engineered specifically to optimize installation speed, structural longevity, and system performance for commercial, industrial, and utility-scale solar farms.
Extruded from structural-grade 6005-T5 and 6063-T6 aluminium alloys, our profiles are built to withstand high wind loads, snow pressure, and extreme thermal fluctuations while maintaining ultra-lightweight structural integrity.
Manufactured to exact dimensional tolerances with anti-corrosive finishes for long-term outdoor reliability.
Engineered aluminium mounting rail for metal sheet roofs, designed for high anti-shear strength and rapid bolt attachment.
Heavy-duty base bracket designed for trapezoidal roof profiles, ensuring watertight seal and secure load transfer.
Precision-extruded end and mid clamps for securing PV modules to racking rails with integrated grounding teeth.
Specialized mounting adapter base engineered for corrugated fibre cement and asbestos roofing structures.
Extruded aluminium protective wiring trunking for solar farm array cable management and environmental protection.
Snap-fit aluminium trunking cover for clean aesthetic finish, dustproofing, and easy maintenance access.
High-tensile splice joint connectors for joining mounting rails while maintaining electrical continuity and structural stiffness.
Anti-slip serrated angle extrusions for micro-inverter brackets, structural bracing, and adjustable tilt legs.
Complete structural extrusions engineered for utility-scale solar plants, commercial carports, and specialized trackers.
Dual-purpose structural aluminium framing designed for commercial parking shade and high-yield renewable power generation.
Torsion-resistant hollow extrusions and bearing housings for single-axis and dual-axis dynamic solar tracking systems.
Powder-coated aluminium mounting racks and protective heat dissipation enclosures for outdoor string inverters.
Non-corrosive, anti-climb aluminium fence posts and mesh panels engineered for low shade cast and zero maintenance.
High-precision anodized 6063-T6 outer framing sections produced with corner key slots and sealant grooves for PV module OEMs.
Adjustable tilt-angle aluminium support legs, ballast bases, and roof clamps tailored to regional wind load requirements.
Extruded, non-conductive slotted aluminium cable trays and conduit brackets for high-voltage DC string wiring.
Weatherproof IP65-rated aluminium box extrusions providing physical protection and thermal venting for combiner boxes.
Our engineering team works directly with international EPC contractors, solar distributors, and solar panel original equipment manufacturers (OEMs). Every batch is verified against mechanical strength, dimensional tolerance, and anodizing depth standards.
Custom section lengths, pre-drilled holes, CNC slotting, and specialized packaging for sea freight container loading are handled fully in-house.
| Parameter | Specification & Standard |
|---|---|
| Alloy & Temper | 6005-T5 / 6063-T6 / 6061-T6 (High Tensile) |
| Surface Treatment | Clear Anodizing (10–25 µm), Powder Coating (RAL) |
| Anodizing Standard | ISO 7599 / Qualanod Certified Process |
| Wind Load Resistance | Up to 60 m/s (Project-engineered structural design) |
| Snow Load Capacity | Up to 1.4 kN/m² |
| Salt Spray Test | ASTM B117 Passed (>1,000 Hours Neutral Salt Spray) |
| Processing Services | Precision Cutting, CNC Slotting, Punching, Deburring |
| Export Packaging | PE Film Interleaved, Shrink Wrap, Wooden Pallets / Crates |
We primarily extrude high-strength AL 6005-T5 and AL 6063-T6 alloys for solar structural rails and mounting components. These offer superior yield strength and exceptional corrosion resistance in harsh outdoor environments.
Standard solar profiles come with clear anodizing from 10 to 25 microns (µm) conforming to ISO 7599 guidelines, ensuring 25+ years of resistance against moisture, UV radiation, and salt mist corrosion.
Yes. Our in-house tool room designs custom H13 dies within 7 to 10 days based on DWG/STEP drawings, manufacturing bespoke section lengths, pre-punched mounting slots, and specialized clamp geometries.
Profiles are interleaved with protective paper or PE film, bundled into steel-strapped units, and placed on custom wooden pallets or crates optimized for 20ft and 40ft container loading without surface scratch risks.
Submit your CAD drawings, alloy specifications, and volume requirements. Our technical sales team will provide feasaibility validation and export quotation within 24 hours.