| Customization: | Available |
|---|---|
| After-sales Service: | 30 Years |
| Warranty: | Steel Structure for 15 Years Solar Modules for 5 Y |
|
Still deciding? Get samples of $ !
Request Sample
|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Professional-Quality Rohs Certified AL6005 Solar Panel Mounting Roof Brackets
RoHS-compliant AL6005 aluminum alloy rooftop PV mounts - high strength, environmental compliance, full-scene adaptability
Designed for harsh environments, the solar PV racking system adopts AL6005-T5 aluminum alloy body and dynamic stress dispersing structure, and has passed RoHS certification (10 hazardous substances testing such as lead and cadmium). The system is RoHS-certified (lead, cadmium, and 10 other hazardous substances) and is suitable for metal roofs, concrete tiles, color steel tiles, and other substrates. Passed the mechanical strength test and environmental protection certification, supporting -40°C to +75°C wide temperature range operation. C wide temperature range, single group load capacity up to 120kg, tilt angle adjustment range 0° to -35°, life time more than 25 years. The tilting angle adjustment range is 0°-35°, and the lifespan is more than 25 years.
Product advantages
1. Environmental Compliance and Material Performance
High Strength and Light Weight: AL6005-T5 has 18% higher yield strength than traditional 6063 aluminum alloy, with density reduced to 2.7g/cm³, reducing transportation cost by 25%
2. All-climate reliability
Wind Reveal Resistance Dynamic wind pressure balance design, dynamic wind load test, displacement ≤1.8mm
Corrosion resistance: anodized layer self-repair technology, salt spray test ≥1,500 hours
3. Intelligent installation system
Tool-free snap: patented SnapLock quick release Patented SnapLock quick release structure, single person 10 minutes to complete the installation of a single group.
4-step minimalist process
1. Roof assessment
Confirm roof loading ≥120kg/m², measure available space
2. Positioning of rails
Position rails every 0.8m along the ridge, use negative pressure adsorption base (no drilling required)
3. Fixing of modules
Quick release clips to connect PV panel frames, torque wrench calibrated to 10Nm
4. Inclination calibration
Contact account manager online to get the best inclination solution (based on real-time sun trajectory data)
1. Industrial plant (Case: BMW factory in Germany)
Challenge: Roof loading ≤150kg/m², annual rainfall 1,200mm
Solution: Wind-resistant ballast block + waterproof sealing system, 5MW system with zero leakage record
2. Historical Building Conservation (Case: Notre Dame de Paris)
Challenge: Medieval limestone roof conservation requirements, UNESCO cultural heritage restrictions Solution: Non-contact negative pressure adsorption bracket, certified for heritage restoration
3. Distributed housing (Case: Dense neighborhood in Tokyo) Challenge: Roof space ≤ 0.5m²/kW, slope ≤ 10°
Outcome: Vertical stacked layout, only 98kg/m² increase in roof load, 15% increase in annual power generation
Q1: Does RoHS certification cover all components?
A: Yes! The main frame, fasteners, and sealing tape are all RoHS 2.0 tested and lab reports are available.
Q2: What are the minimum roof space requirements?
A: Each kW system requires ≥0.3m x 0.8m of vertical space, and the recommended roof slope is ≤15°.
Q3: Can it be adapted to curved roofs (e.g. domes, arched ridges)?
A: We provide 3D printing customized fixtures. A: We can provide customized fixture service and complete the curved roof adaptation solution within 72 hours.
Q4: How to verify the wind resistance?
A: Through dynamic wind tunnel test, the maximum displacement of the bracket is ≤1.8mm.
Q5: What do I need to pay attention to for maintenance?
A: Check the fastener tightness every six months, and maintain the anodized layer with nano-coating spray every year (can extend the life by 30%).
){kind=link}