Stormproof Al6005-T5 Aluminum Roof Solar Mounts: 30-Year Zero-Corrosion Warranty with 70kg/M² Load

• Customization: Available
• After-sales Service: 30years
• Warranty: Steel Structure for 15 Years Solar Modules for 5 Y
• Model NO.: Roof Bracket-02
• Certification: GB, ISO, CE, RoHS
• Application: Home
• Material: Steel
• Type: Roof Bracket
• Sample: Free
• Design: Free
• Coating: Anodic Oxidation
• Parts: Wooden Boxes or Pallets
• Profile: Tied with Steel Strips
• Transport Package: Standard
• Specification: custom
• Trademark: JCHX
• Origin: Tianjin, China
• Production Capacity: 100000 Tons / Year

Product Description

Product Description

StormProof AL6005-T5 Aluminum Roof Solar Mounts: 30-Year Zero-Corrosion Warranty with 70kg/m² Load

This product adopts AL6005-T5 aviation-grade aluminum alloy as the core material, specially designed for extreme environments such as high humidity, strong salt spray, frequent typhoons, etc., and adapted to metal tiles, asphalt shingles, flat roofs and other scenes. Through the combination of anodized treatment (oxide layer ≥15μm) and SUS316 stainless steel fixture, it achieves 60m/s certification and 2.0kN/m² snow load capacity, with the maximum load of a single group reaching 70kg/m², which is 45% weight reduction compared with traditional steel. The system supports 0°-45° tilt angle, is compatible with double-glass/double-sided modules, is maintenance-free and 100% recyclable throughout its life cycle, and has a 40% lower overall cost than galvanized steel.

Product advantages

1. 30-year zero corrosion commitment

AL6005-T5 aluminum alloy: yield strength ≥240MPa, salt spray resistance of anodic oxide layer up to 1,500 hours, self-healing technology covers the cutting surface, eliminating the risk of galvanic coupling corrosion.
Lightweight design: the density is only 1/3 of steel, which reduces the load-bearing pressure on the roof and is suitable for old buildings and light structure roofs.

2. Quick Installation and Extreme Climate Adaptation

SnapLock modular system: pre-drilled holes in the rails + tool-less snap fasteners, a single person can complete the installation of a 10kW system in 8 hours, increasing efficiency by 50%.
Dynamic wind-resistant design: Expansion joint structure to offset ±50mm thermal expansion and contraction, passed ISO9001 60m/s wind speed test, adapted to level 17 typhoon area.

3. Compatibility and economy in all scenarios

Multi-roof adaptable solution: Provide color steel tile fixture (compatible with trapezoidal/sine wave tile type), flat roof ballast block (density ≥2,400kg/m³) and bamboo and wood roof flexible kit.
Cost Advantage: Aluminum recycling value up to 65% of initial cost, 30-year life cycle cost 40% lower than galvanized steel.

 

  Installation steps

1. Roof evaluation

Check the integrity and load-bearing capacity of the tiles (≥ 1.2kN/m ²), and mark the installation position.

2. Fixture fixation

Insert the aluminum alloy fixture into the tile gap and press it to the locking position (with a "click" sound prompt).

3. Assembly of guide rails

Insert the pre installed transverse guide rail, adjust the level and lock the positioning bolt (torque 8-10N · m).

4. Component installation

Fix the photovoltaic panel with stainless steel pressure blocks, leaving a 5mm expansion gap.

5. System acceptance

Test the wind resistance pull-out force (≥ 50kg) and check the grounding resistance (≤ 4 Ω).

Application Scenarios

1. Coastal industrial roofs (Case: Southeast Asian chemical plants)
Challenge: Annual average salt spray concentration 350mg/m³, historical maximum wind speed 55m/s
Solution: SUS316 fixture + tilt angle of 25° optimized wind resistance
Result: Zero corrosion failure of 500kW system, 100% compliance rate of wind uncovering resistance test
2. High latitude blizzard roof (Case: Canada Warehouse Center)
Challenge: Winter snow load of 2.5kN/m², roof slope of 5°.
Solution: AI-generated 30° inclination layout, 80% increase in snow sliding efficiency
Result: 42% reduction in annual O&M costs, no snow crushing accidents
3. Agricultural PV greenhouse
Challenge: Load-bearing capacity ≤15kg/m², no penetration installation allowed
Solution: Lightweight aluminum rails (8kg/m) + distributed ballast blocks
Result: system weight reduced by 60%, crop light uniformity increased by 20%.

Company Profile

Our Advantages

Packaging & Shipping

FAQ

 

Q1: Do I need professional installation?

A: DIY is supported, installation manual and video tutorials are provided, 90% of the connection operation is freehand snap, and only a torque wrench is needed to calibrate the key bolts (20-25Nm).

Q2: Can I use bamboo/thatch roof?

A: Yes. Non-destructive installation can be achieved with flexible ballast kits, with load bearing requirements as low as 10kg/m², suitable for fragile roof structures.

Q3: Does the warranty cover typhoon damage?

A: The 15-year structural warranty covers material and design defects. It is recommended to purchase additional natural disaster insurance (covering super typhoons with wind speeds >60m/s).

Q4: Why choose aluminum alloy instead of galvanized aluminum and magnesium?

A: Aluminum alloy does not require galvanized maintenance, has a lower 30-year life cycle cost, and has a higher recycling value (35% higher than galvanized aluminum and magnesium materials).

Q5: What is the minimum order quantity and lead time?

A: MOQ 1000 watt for standard products, 15 days delivery for customized orders (e.g. RAL color coating), and support FOB Tianjin port bulk logistics.