Metal Roof Solar Mounting System

It has the following characteristics

1. Convenient installation: Pre-install design, saving labor and time costs. Only three components: Roof hooks, rails, and clamp kits.
2. Wide applicability: This system is suitable for various types of solar panels, which can meet the needs of different consumers and improve its applicability.
3. Installation method: According to the connection method of the roof, it can be divided into two installation methods: Penetrative and Non-penetrative; It can also be divided into two types: Rail and Non-rail.
4. Aesthetic design: The system design is simple and aesthetically pleasing, not only providing reliable installation support, but also perfectly integrating with the roof without affecting the overall appearance of the roof.
5. Waterproof performance: The system is firmly connected to the porcelain tile roof, ensuring that the installation of solar panels does not damage the waterproof layer of the roof, ensuring the durability and waterproof performance of the roof.
6. Adjusting performance: The system provides various types of hooks that can be adjusted according to the roof material and angle to meet different installation needs and ensure the optimal deflection angle of the solar panel.
7. Maximum safety: The fasteners and tracks are firmly linked to guarantee the steadiness and security of the system in extreme weather situations like strong gales.
8. Enduring resilience: Aluminum and stainless steel materials possess remarkable resilience, which can withstand external environmental influences such as UV rays, breezes, precipitation, and drastic temperature fluctuations, ensuring the system's extended lifespan.
9. Remarkable versatility: Throughout the design and development phase, the product steadfastly adheres to various load standards including the Australian Building Load Code AS/NZS1170, the Japanese Photovoltaic Structure Design Guide JIS C 8955-2017, the American Building and Other Structures Minimum Design Load Code ASCE 7-10, and the European Building Load Code EN1991, in order to meet the usage requirements of diverse nations.