China High-Strength Double-Hole Pressure Plate for Solar PV Systems - China Suppliers & Factory Company, Product
Product Description
Product Application
Commonly used for clamping and securing guide rails, supports, and connecting components in ground-mounted solar farms, metal-roof PV systems, and distributed solar installations.
Compatible with 3040 aluminum guide rails and standard photovoltaic mounting profiles, ensuring consistent compression while preventing lateral movement of mounting parts.
Works seamlessly with photovoltaic bases, angle brackets, rail connectors, and conventional fasteners to form a complete, sturdy supporting structure for solar panels.
Suitable for industrial, commercial, and residential solar projects, accommodating flat roofs, pitched roofs, open ground, and other typical PV installation environments.
Material & Processing Features
Specifically designed for photovoltaic mounting systems.
Constructed from high-grade 6063-T5 aluminum alloy, offering light weight, high compressive strength, and good toughness, effectively reducing the overall load of the PV mounting system.
Manufactured using precision stamping and integrated bending processes, ensuring accurate double-hole spacing, a smooth surface, and burr-free edges for tight fitting and safe assembly.
The reinforced pressing surface distributes stress evenly, preventing local deformation of guide rails and components under prolonged compression and wind-induced vibration.
Dual-hole fixed design guarantees firm compression, stable installation, easy operation, and a long service life for outdoor solar projects.
Equipped with standard slotted mounting holes that allow fine positional adjustment to accommodate different profile dimensions and installation requirements.
The anodized surface treatment creates a dense protective layer, providing excellent resistance to oxidation, rust, and salt spray, making it suitable for long-term use in harsh outdoor environments.
Core Product Benefits
The double-hole fixed design improves pressing stability, effectively distributes external forces, and prevents loosening of PV mounting components.
With a simple and compact structure, it allows for quick on-site installation, streamlines construction steps, and enhances overall efficiency in photovoltaic projects.
Highly versatile and compatible with a wide range of aluminum profiles and PV accessories; custom sizing based on project drawings is also available.
Excellent weather resistance and anti-aging performance make it suitable for coastal, high-humidity, and high-cold regions, extending the service life of the entire mounting system.
Compliant with international quality standards for photovoltaic accessories, having passed tensile tests, salt spray tests, and load tests—ensuring stable performance and reliable quality.
Detachable and reusable design facilitates easier maintenance, adjustment, and expansion of the system in later stages, offering a cost-effective pressing solution for solar projects.
Detail Pictures
Frequently Asked Questions
It is commonly used for ground-mounted solar farms, metal-roof PV systems, and distributed installations, accommodating flat roofs, pitched roofs, and open ground environments.
It is manufactured from high-grade 6063-T5 aluminum alloy, delivering lightweight characteristics, high compressive strength, and excellent toughness to minimize mounting structure loads.
The dual-hole fixed structure distributes stress evenly and prevents loosening, while the standard slotted mounting holes allow fine positional adjustment across various profile dimensions.
Yes. Thanks to its anodized surface treatment and weather-resistant properties, it resists oxidation, rust, and salt spray, making it well-suited for coastal, humid, and extreme cold regions.
Yes, beyond its standard compatibility with 3040 guide rails and standard profiles, custom sizing based on project drawings is fully supported.
Yes. Its detachable and reusable configuration facilitates straightforward adjustment, maintenance, and system expansion in subsequent project stages.
