Product Summary

Longze Photovoltaic Brackets are high-performance mounting structures designed to provide maximum stability and longevity for solar energy systems. Whether for utility-scale ground mounts, industrial flat roofs,

or residential pitched roofs, our Photovoltaic Support Systems are engineered from premium AL 6005-T5 Aluminum en Hot-Dip Galvanized Steel, ensuring 25+ years of structural integrity under extreme wind and

snow loads.

• ✔ Engineering-Grade Materials: Available in high-tensile AL 6005-T5 for rooftop weight savings or Q235B/Q355B Steel for heavy-duty ground-mount cost-efficiency.
  
  

• ✔ Advanced Anti-Corrosion: Features 12μm+ Anodization of 65μm+ Hot-Dip Galvanizing, providing a superior sacrificial barrier against oxidation in coastal and high-humidity environments.
  
  

• ✔ Modular Fastening Design: Fully optimized for use with DIN 6923 serrated flange nuts, allowing for rapid, tool-free alignment and massive reductions in on-site installation time.

• Standards: DIN 6923, ISO 4161, ASME B18.16.4.
  
  

• Material: Aluminum Alloy 6005-T5 / Q235B & Q355B Carbon Steel.
  
  

• Surface Finish: Hot-Dip Galvanized (HDG) / Clear Anodized (12μm+) / ZAM Alloy Coating.
  
  

• Application: Utility Solar Farms, Commercial Rooftops, Solar Carports, BIPV.

Mechanical Properties & Structural Performance

• Certified load-bearing and material strength for Photovoltaic Brackets.

• Material Grade	Tensile Strength (Rm)	Yield Strength (Rp0.2)	Hardness	Elongation
  AL 6005-T5	≥ 260 MPa	≥ 240 MPa	≥ 15 HW	≥ 8%
  Q355B (Steel)	470 - 630 MPa	≥ 355 MPa	150 - 180 HB	≥ 21%
  SUS 304 (Hardware)	≥ 700 MPa	≥ 450 MPa	140 - 200 HV	≥ 30%

Standard Mounting Structure Specifications

• Precision dimensioning for diverse Photovoltaic Bracket applications.

• Bracket Type	Materiaal	Tilt Angle	Max Wind Load	Max Snow Load
  Ground Mount	HDG Steel	0° - 60° (Adj.)	65 m/s	2.0 KN/m²
  Roof Tilt Bracket	AL 6005-T5	10° / 15° / 30°	60 m/s	1.4 KN/m²
  Carport Structure	HDG Steel	Customized	75 m/s	2.2 KN/m²

Surface Treatment & Environment Testing

• Ensuring 25-year structural integrity for Solar Support Systems.

• Coating Type	Process	Thickness / Test	Best Application
  Hot-Dip Galv.	Molten Zinc	65μm - 85μm	Utility-Scale Ground Mount
  Clear Anodized	Electrolytic	12μm+ / 1000h Salt	Residential / Commercial Roof
  ZAM Coating	Alloy Coating	1500h Salt Spray	Coastal / High-Ammonia Zones

Avoid Pitfalls:

• Inadequate Zinc Coating: Vir Fotovoltaïese hakies used in ground mounts, anything less than 65μm HDG will lead to structural rust within 5-10 years. Always verify coating thickness with a magnetic gauge.
  
  

• Mixing Metal Types: Do not mount aluminum rails directly to galvanized steel brackets without an isolation gasket. This prevents galvanic corrosion which can compromise the entire racking system.
  
  

• Under-estimating Wind Load: Rooftop brackets must be calculated for specific wind zones. Using a "standard" bracket in a high-wind coastal area without additional bracing can lead to catastrophic system failure.
  
  

Perfect Fit Assembly:

• Vibration Resistance: Our system uses DIN 6923 Serrated Flange Nuts to ensure that once the bracket is torqued, it stays locked despite the constant micro-vibrations caused by wind.
  
  

• Thermal Expansion: For long rows of Fotovoltaïese hakies, ensure expansion joints are installed every 12-15 meters to prevent the rails from warping the module frames.
  
  

Quality Control & Logistics:

• ISO 9001 Certified: 5-step QC including Zinc/Anodizing Thickness Verification, Tensile Load Testing, en Component Fitment Verification.
  
  

• Export Hub Logistics: Bundled and kitted for rapid container loading. Strategic shipping from our Yongnian manufacturing base to minimize lead times.

Q: Do you provide structural calculation reports for specific projects? A: Yes, we provide technical data sheets and structural certifications to help engineers verify wind and snow load compliance.

Q: Can you customize the tilt angle for our site? A: Absolutely. We offer both fixed-angle and adjustable Fotovoltaïese hakies to optimize energy yield based on your latitude.