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Flexible Low-priced Photovoltaic Bracket, High-strength Zinc Magnesium Aluminum Alloy Solar Support Bracket
Our Flexible Low-priced Photovoltaic Bracket, engineered with high-strength zinc-magnesium aluminum alloy (and options like galvanized steel or stainless steel), adapts to diverse solar needs. Available in standard lengths of 6M, 12M, 15M, 17M, and 20M (with full customization), it powers household roofs, carports, and large ground stations. Its robust build balances durability and affordability, serving both small-scale and industrial solar projects.Quantity: 
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XCZJ003
Technical Parameters
Basic parameters
material quality
Aluminum alloy, galvanized steel, stainless steel, composite materials, plastic
length
6M、12M、15M、17M、20M(Support customization)
advantage
We can produce any photovoltaic brackets of all materials that meet market standards, including: household roofs, carports, large ground power stations
price
We have enough price advantage, whether it is large quantity or small quantity
Whether to customize
(Support customization)
Product Features and Advantages
1. Durable Material Composition
The photovoltaic bracket leverages high-strength zinc-magnesium aluminum alloy for exceptional corrosion resistance, even in harsh climates. Optional materials (galvanized steel, stainless steel) further tailor it to coastal, humid, or industrial environments.
2. Customization Flexibility
Beyond standard lengths, we customize dimensions to fit unique projects—whether a rooftop needs a 7M span or a ground station requires 25M supports. No design is too specific.
3. Multi-Scenario Adaptability
From residential rooftops (optimizing sun angle for efficiency) to carports (generating power while shading vehicles) and utility-scale ground arrays, the bracket integrates seamlessly into varied solar setups.
Material And Performance
Core materials—zinc-magnesium aluminum alloy, galvanized steel, and stainless steel—deliver high strength and weather resistance:
Zinc-magnesium aluminum alloy: Excels in anti-corrosion, ideal for long-term outdoor use.
Galvanized steel: Offers cost-effective durability for moderate environments.
Stainless steel: Thrives in coastal or high-moisture areas.
All materials undergo load and environmental testing to ensure they support solar panels reliably for decades.
Product Production Process
Design & Engineering: Tailor specs (length, material, load capacity) to project needs.
Cutting & Shaping: CNC machines precision-cut and form materials.
Coating Application: Zinc-magnesium aluminum alloy undergoes anti-corrosion treatments.
Assembly & Testing: Components are checked for fit and performance before release.
Applications
1. Residential Rooftops
The bracket secures panels at optimal angles, maximizing sunlight capture. Its lightweight yet sturdy build suits home structures without compromising roof integrity.
2. Commercial Carports
It supports panels above parking areas, creating shaded, power-generating spaces. The design handles panel weight and vehicle overhead loads.
3. Utility-Scale Ground Stations
For large projects, extended lengths (up to 20M, or custom) form stable arrays, withstanding wind and environmental stress for consistent energy production.
Packaging
To protect during transit:
Brackets are wrapped in protective film to prevent scratches.
Bundled securely and placed on wooden pallets for stable shipping.
Custom packaging available for oversized or specialty orders.
Product Operate Guide
Site Assessment: Measure the installation area (roof, ground, carport) for size and angle.
Bracket Installation: Secure the bracket to the base (roof mounts, concrete foundations).
Panel Mounting: Attach panels to the bracket, adjusting tilt for optimal sun exposure.
Final Inspection: Ensure all connections are tight and stable before powering up.
FAQ
Q1: Can I order a non-standard length?
Yes! We support fully customized lengths beyond the 6–20M range.Q2: Is the zinc-magnesium alloy suitable for coastal areas?
Yes—it resists saltwater corrosion, making it ideal for coastal installations.Q3: How long does installation take?
Timing varies by project size, but our modular design speeds up assembly.Q4: Do you offer installation services?
We provide technical guidance; for full installation, we connect you with trusted local partners.Technical Parameters
Basic parameters
material quality
Aluminum alloy, galvanized steel, stainless steel, composite materials, plastic
length
6M、12M、15M、17M、20M(Support customization)
advantage
We can produce any photovoltaic brackets of all materials that meet market standards, including: household roofs, carports, large ground power stations
price
We have enough price advantage, whether it is large quantity or small quantity
Whether to customize
(Support customization)
Product Features and Advantages
1. Durable Material Composition
The photovoltaic bracket leverages high-strength zinc-magnesium aluminum alloy for exceptional corrosion resistance, even in harsh climates. Optional materials (galvanized steel, stainless steel) further tailor it to coastal, humid, or industrial environments.
2. Customization Flexibility
Beyond standard lengths, we customize dimensions to fit unique projects—whether a rooftop needs a 7M span or a ground station requires 25M supports. No design is too specific.
3. Multi-Scenario Adaptability
From residential rooftops (optimizing sun angle for efficiency) to carports (generating power while shading vehicles) and utility-scale ground arrays, the bracket integrates seamlessly into varied solar setups.
Material And Performance
Core materials—zinc-magnesium aluminum alloy, galvanized steel, and stainless steel—deliver high strength and weather resistance:
Zinc-magnesium aluminum alloy: Excels in anti-corrosion, ideal for long-term outdoor use.
Galvanized steel: Offers cost-effective durability for moderate environments.
Stainless steel: Thrives in coastal or high-moisture areas.
All materials undergo load and environmental testing to ensure they support solar panels reliably for decades.
Product Production Process
Design & Engineering: Tailor specs (length, material, load capacity) to project needs.
Cutting & Shaping: CNC machines precision-cut and form materials.
Coating Application: Zinc-magnesium aluminum alloy undergoes anti-corrosion treatments.
Assembly & Testing: Components are checked for fit and performance before release.
Applications
1. Residential Rooftops
The bracket secures panels at optimal angles, maximizing sunlight capture. Its lightweight yet sturdy build suits home structures without compromising roof integrity.
2. Commercial Carports
It supports panels above parking areas, creating shaded, power-generating spaces. The design handles panel weight and vehicle overhead loads.
3. Utility-Scale Ground Stations
For large projects, extended lengths (up to 20M, or custom) form stable arrays, withstanding wind and environmental stress for consistent energy production.
Packaging
To protect during transit:
Brackets are wrapped in protective film to prevent scratches.
Bundled securely and placed on wooden pallets for stable shipping.
Custom packaging available for oversized or specialty orders.
Product Operate Guide
Site Assessment: Measure the installation area (roof, ground, carport) for size and angle.
Bracket Installation: Secure the bracket to the base (roof mounts, concrete foundations).
Panel Mounting: Attach panels to the bracket, adjusting tilt for optimal sun exposure.
Final Inspection: Ensure all connections are tight and stable before powering up.
FAQ
Q1: Can I order a non-standard length?
Yes! We support fully customized lengths beyond the 6–20M range.Q2: Is the zinc-magnesium alloy suitable for coastal areas?
Yes—it resists saltwater corrosion, making it ideal for coastal installations.Q3: How long does installation take?
Timing varies by project size, but our modular design speeds up assembly.Q4: Do you offer installation services?
We provide technical guidance; for full installation, we connect you with trusted local partners.
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