10 Containers Of ZAM310 Solar Mounting Brackets Delivered To Leading Jordan

We are proud to announce the successful delivery of 10 containers of our U-profile Solar Mounting Brackets to one of the leading photovoltaic (PV) component and steel support structure manufacturers in the Middle East and Africa (MEA) region.

Founded in 2007, the client is a comprehensive enterprise integrating manufacturing, R&D, design, construction, asset ownership, and operation of utility-scale, commercial, and industrial PV power plants. As a dedicated EPC contractor, they specialize in the design and implementation of solar projects, delivering high-quality PV solutions across MEA markets.

The project required durable, high-performance solar mounting brackets capable of supporting large-scale photovoltaic arrays under harsh environmental conditions. After careful evaluation of materials and suppliers, the client selected our ZAM310 U-shaped solar support channels, highlighting our product quality, technical expertise, and reliable supply chain.

• Key Product Specifications Supplied:

Material Type: ZAM310 coated steel or pre-galvanized steel

Profile: U Form Channel

Thickness: 1.8 mm (main), optional 2.1 mm for additional load capacity

Length: 5.8 meters per bar

Yield Strength: FY275

Quantity: 10 containers

Drawing of Solar Mounting Brackets

This specification was chosen to ensure high structural strength, optimal corrosion resistance, and long-term durability suitable for PV projects in regions with high temperatures, humidity, and potential coastal exposure.

• Specification of Solar Mounting Brackets

Obtain PV Mounting System Drawings

1. Superior Corrosion Resistance

Our ZAM310 steel features a zinc-aluminum-magnesium coating, providing enhanced protection against rust and corrosion. This ensures the solar mounting structures maintain integrity and performance over decades, even under challenging environmental conditions.

2. Reliable Structural Performance

The U-profile design with FY275 strength delivers excellent load distribution and bending resistance, essential for utility-scale and commercial solar installations.

3. Customized Service & Flexible Production

We provided thickness customization (1.8 mm vs 2.1 mm), pre-fabrication options, and technical support for the client's project specifications. Our ability to handle large-volume orders (10 containers) with consistent quality was a key factor in their decision.

From initial inquiry to final shipment, our team coordinated closely with the client, ensuring:

1.Precise material selection according to environmental and load requirements

2.On-time delivery of 10 container loads to meet project schedules

3.Quality assurance, including dimensional checks, coating inspection, and mechanical property testing

The client confirmed that the solar mounting brackets met their expectations, providing a solid foundation for the installation of photovoltaic panels in multiple utility-scale and commercial projects.

Our Solar Mounting Brackets (U Form) are engineered for utility-scale, commercial, and industrial PV projects worldwide. They are available in ZAM310 or pre-galvanized steel, offering thickness options from 1.8 mm to 2.1 mm. Standard bar length is 5.8 meters, with high yield strength (FY275) ensuring reliable performance under various load conditions.

These brackets are ideal for ground-mounted PV farms, rooftop solar arrays, solar carports, and industrial solar projects. Custom fabrication, punching, and slotting services are available to meet specific project requirements.

Ground-mounted PV farms

Solar carports

Rooftop solar arrays

Floating Solar PV Mounting System

If your solar project requires durable, high-quality mounting solutions, contact us today. Our team can provide technical consultation, material recommendations, and OEM fabrication for your PV projects worldwide.

Learn More & Request A Quote

1. What material is best for solar mounting brackets?

ZAM (Zinc-Aluminum-Magnesium) coated steel is one of the best materials for solar mounting brackets due to its excellent corrosion resistance, high strength, and long service life in outdoor environments.

2. What is the difference between ZAM steel and galvanized steel for solar mounting systems?

ZAM steel contains zinc, aluminum, and magnesium, providing significantly better corrosion resistance and edge protection than conventional galvanized steel, especially in coastal and humid areas.

3. How thick should a solar mounting bracket be?

The required thickness depends on wind load, snow load, span distance, and project requirements. Common thicknesses for solar mounting brackets range from 1.5 mm to 3.0 mm, with 1.8 mm and 2.1 mm being widely used for utility-scale projects.

4. How long do ZAM310 solar mounting brackets last?

Under normal environmental conditions, ZAM310-coated solar mounting brackets can provide long-term corrosion protection and are designed to support photovoltaic systems throughout their service life.

5. Are solar mounting brackets suitable for coastal environments?

Yes. ZAM-coated steel brackets are widely used in coastal and high-humidity regions because of their superior resistance to salt spray corrosion compared to standard galvanized steel.

6. What yield strength is recommended for solar support structures?

FY275 steel is commonly used for solar mounting systems because it offers a good balance between structural strength, fabrication efficiency, and cost-effectiveness.

7. Can solar mounting brackets be customized according to project drawings?

Yes. Most manufacturers can provide customized punching, slotting, cutting, and profile dimensions based on customer drawings and project specifications.

8. What are the common applications of U-shaped solar mounting brackets?

U-shaped solar support channels are commonly used in ground-mounted solar farms, rooftop photovoltaic systems, solar carports, and industrial solar installations.

9. Why are pre-punched solar mounting brackets preferred?

Pre-punched brackets reduce on-site installation time, improve assembly accuracy, and help lower overall labor costs during photovoltaic system construction.

10. What information is required to get a quotation for solar mounting brackets?

To receive an accurate quotation, buyers typically need to provide the profile drawing, material type, thickness, length, coating specification, quantity, and project location.