| Material |
Aluminum Alloy |
Grade |
6005,etc |
| Size |
custom |
Wall Thickness |
1.8-2.5mm |
| Coating |
Anodic oxidation |
Weight/Piece |
11.7-15.4 kg |
| Inventory Specification |
41*41/41*52/41*62/41*72/41*21 |
Customization |
Yes |
|
|
AL6005 solar rail mounting brackets |
Service Life |
over 25 year |
| Transport Package |
Bundled straps, wooden boxes, or wooden pallets |
Spot Inventory Quantity |
10000 Tons |
| Annual Capacity |
1000000 Tons per year |
Delivery Time |
3-45 Days |
| Samples |
Free |
Payment Method |
TT,alipay,wechat,bank card,etc |
| Accept OEM or not |
can accept oem odm |
Production Capacity |
2000 Ton/Week |
| Country Of Origin |
hot-dip galvanizedAnodic oxidationTianjin China |
Corrosion Resistance |
very strong |
High Load Capacity Industrial-Grade Heavy-Duty Solar Rails for Harsh Environments is a highly corrosion-resistant and popular photovoltaic bracket variety. It not only has good yield strength and tensile strength, but also has good wear resistance. The thick protective layer on the surface of the photovoltaic bracket can better adapt to various harsh climates such as drought, humidity, salt spray, rain and snow. Especially suitable for coastal climate.
High Load Capacity Industrial-Grade Heavy-Duty Solar Rails for Harsh Environments have those advantages:
1.Highly corrosion-resistant
High Load Capacity Industrial-Grade Heavy-Duty Solar Rails for Harsh Environments has excellent weather resistance, corrosion resistance, fatigue resistance, and is a material with uniform stress. It can resist external forces such as wind, snow, and earthquakes, ensuring the safety of solar photovoltaic modules and adapting to most harsh weather conditions.
2. High structural strength and stability
High Load Capacity Industrial-Grade Heavy-Duty Solar Rails for Harsh Environments is made of AL6005 through Anodic oxidation treatment, which has sufficient structural strength and stability, and can well resist the impact of earthquakes and wind and snow on the bearing capacity.
JucaiHuixin - Global Expert in Intelligent Photovoltaic Bracket Manufacturer
Core Strength Supporting a Green Future
With 4 years of industry expertise, a new benchmark in photovoltaic manufacturing has risen in Daqiuzhuang Town, Tianjin, the industrial heart of North China.
√ 10,000 square meter Intelligent Manufacturing Base: A 10,000 square meter physical factory with a registered capital of 50 million, ensuring robust capabilities.
√ Advanced Production Matrix: 10 internationally advanced CZU steel automated production lines, producing 200,000 tons of profiles annually.
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√ International Passport: A grand slam of global authoritative certifications including ISO triple system, CE, and Rohs.
Ace Product Matrix Meeting All Scenario Needs
Four GuardiansPhotovoltaic Bracket Systems
Hot-dip Galvanized Series: Super corrosion resistance, protecting power stations for over 25 years.
Zinc-Aluminum-Magnesium Series: Self-repairing black technology, the first choice for harsh environments.
Aviation Aluminum Series: Lightweight and high-strength, perfect for rooftop projects.
Stainless Steel Series: Salt spray resistant, expert for offshore projects.
Popular WarriorsStar Products
✓ BIPV Building Integrated Photovoltaic Waterproof Bracket
✓ Ground Array: Reinforced system dedicated to large power stations.
✓ Photovoltaic Carport: A tri-integrated solution for power generation, parking, and charging.
✓ Single-axis Tracking System: Intelligently tracks sunlight, increasing power generation by 30%.
National Project Preferred Brand
Deeply involved in national energy strategic projects:
✓ Ningxia Million Kilowatt-level Photovoltaic Oxygen Production Super Project
✓ CR Power 90,000 kW Wind-Solar-Storage Integrated Demonstration Project
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(Service Visualization)
1v1 Exclusive Butler: Full escort from design to installation guidance.
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JucaiHuixin - Making Every Ray of Sunshine Valuable!"
FAQ 1: What material and coating ensure corrosion resistance in harsh environments?
A: These rails use AL6005-T5 aluminum alloy with marine-grade anodizing (18-20μm thickness) or optional hot-dip galvanized steel for extreme conditions. The surface treatment withstands 6,000-hour salt spray testing (ASTM B117), making them ideal for coastal, desert, or high-pollution industrial zones.
FAQ 2: What is the maximum load capacity, and how is it tested?
A: Single rails support up to 300 kg/m under static loads (e.g., snow, wind). Dynamic load capacity (e.g., seismic activity) is certified to IEC 61215 standards, validated through 3-point bending tests (≥500 kg/m) and finite element analysis (FEA) simulations.
FAQ 3: Are these rails compatible with automated tracking systems in industrial settings?
A: Yes. The rails integrate with single/dual-axis solar trackers via pre-drilled mounting holes (spacing tolerance ±0.5mm). They also support linear actuator slots (10-12mm width) for automated tilt adjustments in high-wind or snow-prone regions.
FAQ 4: How do these rails perform in extreme temperatures (-40°C to +80°C)?
A: The AL6005-T5 alloy retains **≥90% tensile strength** across this range. Thermal expansion is minimized with coefficients of 23.6 μm/m·°C, ensuring stability in Arctic installations or desert solar farms.
FAQ 5: Can the system be installed without welding to reduce on-site labor?
A: Absolutely. Rails feature bolt-on modular connectors (M10/M12 stainless steel bolts) and slotted T-nut channels, enabling tool-free assembly. This reduces installation time by 40% versus traditional welded systems.
FAQ 6: What certifications and warranties apply for industrial use?
A: Certified to UL 2703, ISO 9001, and AS/NZS 1170 for wind/snow loads. Includes a 15-year material warranty and 25-year performance guarantee, backed by third-party lab reports for UV resistance and fatigue testing.
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