Solar Mounting

      Selecting the appropriate structural racking requires matching precise material properties with site-specific environmental conditions. Hemao fabricates commercial and utility-grade mounting systems engineered to exact structural tolerances. Review the core specifications below to select the configuration for your project requirements.

      Every solar mounting system manufactured in our factory undergoes rigorous static loading analysis to prevent field structural failures. We design our tracking and fixed racking structures in compliance with global building codes, including AS/NZS 1170.2, IBC 2021, and Eurocode 1.

      Our engineering department calculates localized wind pressure coefficients, dead loads, and dynamic snow accumulation factors. For open-terrain ground installations, our heavy-duty hot-dip galvanized steel pile systems feature specific yield strengths capable of resisting severe soil shifting and uplift forces. For coastal developments, our anodized aluminum options feature high-micron coatings that resist salt-spray degradation and prevent galvanic corrosion over a 25-year operational lifecycle.

      Efficiency in solar deployment depends heavily on component design. As an integrated solar mounting factory, we handle the entire production pipeline from raw billet extrusion to automated punching, cutting, and pre-assembly.

Our universal mid-clamps, end-clamps, and roof hooks are engineered to minimize on-site part counts. By providing factory pre-assembled support legs and tilt brackets, we help EPC contractors reduce field installation labor hours by up to 40%. Whether your project requires customized rail lengths, specific tilt angles, or specialized concrete ballast interfaces, our production lines adapt quickly to provide exact OEM/ODM structural specifications.

Substantial Production Capacity: Operating across a 15,000 square meter production facility, our monthly manufacturing output exceeds 80MW of structural solar racking, ensuring reliable lead times for high-volume wholesale orders.

Verified Material Traceability: We issue Mill Test Certificates (MTC) for every batch of raw material. Our aluminum components utilize strictly verified AL6005-T5, and all steel parts meet structural carbon steel standards.

International Quality Compliance: Our production processes conform fully to ISO9001:2015 quality management protocols. Our products are verified by third-party testing agencies including CE, TUV, and SGS.

Direct Engineering Support: Our in-house technical team provides comprehensive AutoCAD layouts, localized wind/snow load calculations, and full structural itemized material take-offs within 48 business hours of receiving site data.

Q: What raw material grades do you use, and how do you guarantee long-term corrosion resistance?

A: We use high-strength Aluminum AL6005-T5 and Carbon Steel Q235B/Q355B. For aluminum, we apply an anodized finish with a thickness equal to or greater than 10 to 15 microns to prevent oxidation. For steel components, we perform hot-dip galvanization according to ISO 1461, maintaining an average zinc coating thickness of 85 microns. This ensures structural integrity for over 25 years in highly corrosive C4 and C5 environments, such as industrial or coastal regions. All hardware, including bolts and washers, are fabricated from Stainless Steel SUS304.

Q: Can your factory provide structural static calculation reports for localized building codes?

A: Yes. Our engineering team delivers comprehensive static calculation packages tailored to your specific project coordinates. We verify structural integrity against regional standards such as AS/NZS 1170 (Australia), IBC 2021 (United States), Eurocode 1 (Europe), and JIS C 8955 (Japan). The calculations account for exact local wind speeds (m/s), ground snow loads (kN/m²), soil typography, and array tilt configurations.

Q: What are your factory's standard lead times for high-volume wholesale orders?

A: For standard commercial roof racking and ground components (such as rails, solar clamps, and roof hooks), our typical lead time is 7 to 10 days for a 20-foot container. For custom-engineered ground racking systems or large-scale solar carports requiring new extrusion profiles or specialized tooling, fabrication cycles range from 14 to 21 days depending on material specifications and current plant capacity.

Q: Do you provide pre-assembled structures to save field installation costs?

A: Yes. To minimize field assembly time and balance of system (BOS) labor costs, we offer optional factory pre-assembly for major structural sub-assemblies. This includes pre-fitted tripod mounts, pre-assembled ground matrix legs, and pre-aligned hinge points for tracking mechanisms. This allows installers to deploy the framing on-site without complex alignment or intensive field fastening.

Optimize your project structural margins with factory-direct sourcing. Contact our technical engineering team today to receive a comprehensive material take-off, raw wholesale price sheet, or a preliminary structural assessment for your commercial or utility-scale solar layout.

As one of the most professional solar mounting manufacturers and suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. We warmly welcome you to buy cheap solar mounting from our factory.