| Material |
carbon steel |
Grade |
Q235A/B/C/D,Q355,ASTM A36,etc |
| Size |
41*41mm |
Wall Thickness |
1.8-2.5mm |
| Zinc Coating |
65µm |
Weight/Piece |
11.7-15.4 kg |
| Inventory Specification |
41*41/41*52/41*62/41*72/41*21 |
Customization |
Yes |
|
|
hot dipped galvanized solar bracket |
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 |
Tianjin China |
Corrosion Resistance |
very strong |
Carbon steel Solar Panel Mounts for Flat Roofs 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 hot-dip galvanized 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.
Carbon Steel Solar Panel Mounts for Flat Roofs have those advantages:
1.Highly corrosion-resistant
Carbon Steel Solar Panel Mounts for Flat Roofs 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
Carbon Steel Solar Panel Mounts for Flat Roofs is made of carbon steel through hot-dip galvanizing treatment, which has sufficient structural strength and stability, and can well resist the impact of earthquakes and wind and snow on the bearing capacity.
3. Low Cost
The Cost Of Carbon Steel Solar Panel Mounts for Flat Roofs is Lower than other materials.
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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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
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FAQ
1.What are carbon steel solar panel mounts?
Carbon steel solar panel mounts are durable, cost-effective structural frameworks designed to secure solar panels to flat roofs. They provide stability and adjustability while accommodating the unique challenges of flat roof installations, such as wind uplift and water drainage.
2.Why choose carbon steel over aluminum or stainless steel?
Carbon steel offers superior strength and affordability compared to aluminum, making it ideal for heavy loads. While less corrosion-resistant than stainless steel, it is often galvanized or coated to enhance durability at a lower cost.
3.Are these mounts suitable for all flat roof types?
Yes, they can be used with most flat roof materials (e.g., EPDM, TPO, concrete, or modified bitumen). Compatibility depends on the installation method (ballasted, penetrating, or hybrid) and the roof's weight-bearing capacity.
4.Do they require drilling into the roof?
Ballasted systems: No penetration-weighted with concrete blocks or pavers.
Penetrating systems: Require anchors bolted into the roof structure (with waterproofing seals).
Hybrid systems: Combine minimal penetration with ballast for added stability.
5.How do carbon steel mounts prevent rust and corrosion?
Most are galvanized (zinc-coated) or powder-coated to resist moisture. Regular inspections and touch-ups of protective coatings can further extend their lifespan, even in harsh environments.
6.What is the weight capacity of these mounts?
Carbon steel mounts are engineered to support heavy solar arrays, snow loads, and wind forces. Exact capacity depends on the design-consult engineering specs or a structural engineer to ensure your roof can handle the load.
7.Can the tilt angle of panels be adjusted?
Yes. Many systems include tilt legs or adjustable brackets (typically 5°-15°) to optimize solar exposure on flat roofs.
8.Are ballasted systems safe for my roof?
Ballasted systems avoid penetration but rely on distributed weight. A structural assessment is critical to ensure your roof can support the added load without risk of damage or collapse.
9.How long do carbon steel mounts last?
With proper coatings and maintenance, they can last 25-30 years. Harsh coastal or industrial environments may reduce longevity unless using marine-grade coatings.
10.Do they meet building codes and certifications?
Reputable mounts comply with standards like UL 2703 (solar mounting safety), ASCE 7 (wind/snow loads), and local fire codes. Ensure products meet regional requirements for wind uplift and fire ratings.
11.Can I install them myself?
Professional installation is strongly recommended. Improper installation risks leaks, roof damage, or system failure due to weight distribution or waterproofing errors.
12.What maintenance is required?
Annual inspections for rust, coating damage, or loose bolts.
Cleaning debris to prevent water pooling.
Reapplying protective coatings as needed.
13.Are they environmentally friendly?
Carbon steel is recyclable, and many manufacturers use sustainable practices. However, coatings or chemicals used in maintenance may impact eco-friendliness.
14.Do they work with all solar panel types?
Compatible with most panels (monocrystalline, polycrystalline, thin-film). Verify clamp compatibility with your panel's frame thickness and design.
15.How do they handle extreme weather?
Engineered for high wind uplift resistance and heavy snow loads. Confirm wind/snow ratings with the manufacturer based on your local climate.
16.What warranties are offered?
Typical warranties range from 10-25 years, covering defects and corrosion. Exclusions often include damage from improper installation or extreme environmental factors.
17.Are they suitable for commercial and residential use?
Yes, scalable for both small residential setups and large commercial arrays. Ensure the roof structure is evaluated for load capacity in either case.
18.How do I ensure waterproofing with penetrating systems?
Use waterproof flashing, sealants, or membranes around penetrations. Work with a roofing professional to avoid compromising the roof's integrity.
19.What fire safety standards do they meet?
Look for Class A fire ratings or certifications like California Title 24 to ensure compliance with fire-resistant construction standards.
20.Where can I purchase quality carbon steel mounts?
Buy from certified solar equipment suppliers or manufacturers specializing in flat roof solutions. Check for reviews, certifications, and customer support services.
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