■ Our tile roof solar mount has been certified by international authorities, with a wind resistance test of 65m/s (234km/h). All aluminum materials are made of 6063-T6 aviation-grade aluminum alloy and anodized. At present, our concrete/clay tile roof solar mounting system has been successfully used in extreme climate areas such as Japan and North America for 5 years with zero failure. All data can be provided with third-party test reports. Welcome to make an appointment for an on-site load-bearing test by the engineering team.
■ The main structure of our concrete/clay tile roof solar mounting system is made of 6063-T6 aviation aluminum (tensile strength 205MPa), and the original cold forging process increases the node strength by 40%. Key connectors, such as tile roof solar brackets, use medical-grade 304 stainless steel and pass a 3000-hour salt spray test. All metal parts are anodized with 12 steps, and the surface hardness can reach HV≥15-this is equivalent to coating the tile roof mount with "metal armor.
Our drilling-free concrete/clay tile roof solar mounting system has passed the 500,000-cycle mechanical load test (compliant with ASTM E2140 standard) by a third-party testing agency, and is equipped with a patented silicone sealing gasket (UL 94 V-0 flame retardant certification) to achieve dynamic waterproofing. Actual projects can serve as a supporting basis, such as some European customers who have had zero leakage complaints for 5 consecutive years. We support customers in accessing our tile roof mount third-party test reports at any time. Upgrade your solar installation with our concrete/clay tile roof solar mounting system!
Flat tile roof mount: usually requires more horizontal spacing (spacing ≥ 30cm) to avoid shadowing, suitable for large flat roofs. Pitched Roof Mounts: can be arranged closely (spacing 15-20cm), adapt to high slopes, and maximize installed capacity within a limited roof area.
Flat tile solar mount adopts modular design, without penetrating the roof, avoiding damage to the waterproof layer, and is especially suitable for historical buildings that do not allow drilling and roofs with strict sealing requirements. Compared with the hook-type installation on the sloped roof, the flat concrete/clay tile roof solar mounting system allows the array layout to be adjusted later, which is convenient for expansion or maintenance and reduces the cost of transformation.
Flat tile solar mount adopts distributed load design to reduce local stress and has less risk of damaging the roof structure than pitched roof hooks. Counterweight installation avoids drilling holes in the roof, which is especially suitable for old buildings or roofs with limited load-bearing capacity to avoid rust or structural damage caused by drilling. Some high-end flat concrete/clay tile roof solar mounting systems use lightweight aluminum alloy frames (<15kg/㎡) combined with dynamic wind pressure optimization design to reduce the additional burden on the roof load.
Flat tile solar mount features non-penetrating solar brackets for tile roof, enabling faster, waterproof installations without roof drilling. Pitched roof mounts rely on rafter-aligned lag bolts and sealants, requiring precise measurements and slower, labor-intensive assembly. While tile roof solar mounting systems simplify retrofits with pre-sized rails and snap-on clamps, pitched solutions often need custom flashings and longer hardware checks—adding 15-30% more installation time.
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