T: +86-182-2202-9592
E: yuantai@yuantai-steel.com
E: yuantai@yuantai-steel.com
No.1 Science and Technology Road, DaQiuZhuang Industrial Zone, Jinghai, Tianjin, China 301606
| Quantity: | |
|---|---|
Our metal ground zinc aluminum magnesium photovoltaic panel mounting bracket is manufactured with the highest precision and expertise. Most ground bracket systems are used in centralized photovoltaic power stations, which are large-scale (often hundreds of megawatts) and harsh environments (mostly used in mountains, next door, deserts, tidal flats, etc.). The economy, safety and stability, anti-environmental interference ability, and multi-terrain adaptability of the corresponding ground bracket system are particularly important.
According to the structure, it can be divided into independent base foundation and composite base foundation. According to the construction method, the cement foundation is also divided into prefabricated cement foundation and direct casting foundation. For installation geology such as tidal flats and fish ponds, it is more suitable to make a cement foundation with embedded bolts or steel plates. The bracket is placed on the cement foundation and fixed or welded with bolts. Direct cement casting is to directly cast the bracket and cement together. This method eliminates the need for embedded parts. The casting requires high positioning accuracy of the support and requires positioning tooling to complete.
It can be divided into hammer-in pile foundation and spiral pile foundation, and can be divided into double-column foundation and single-column foundation according to the support method. For hammer-in pile, the distance is measured at the installation site, and the column is directly driven into the ground with a pile driver. It is convenient and quick. Before installation, geological soil testing is required to determine the appropriate hammer depth. When the soil at the installation site is too hard or there are too many gravels, it is difficult to hammer the column directly into the ground, and spiral piles can be used. The spiral piles are screwed into the ground with special mechanical equipment. The bracket is fixed on the pile.
The continuous foundation is the same as the general cement pouring foundation. Bolts or steel plates are embedded first, and then cement is poured to make a continuous cement foundation. Then the bracket is placed on the cement foundation and fixed with bolts or welded.
Photovoltaic brackets are important equipment for supporting and fixing photovoltaic modules. The material selection is very important. Common materials include hot-dip galvanized steel and zinc-aluminum-magnesium steel. Hot-dip galvanized steel has excellent corrosion resistance. Its surface is uniformly galvanized, with a thickness of 30um~100um. The zinc-aluminum-magnesium coating has higher corrosion resistance, and the coating amount can reach ZM275~ZM400. The excellent performance of these two materials enables the photovoltaic bracket to meet the anti-corrosion needs of almost all types of photovoltaic modules, including roofs, ground, deserts, ponds, oceans and other environmental locations.
Item | zn-al-mg photovoltaic bracket |
Surface Treatment | Zinc aluminum magnesium coating |
Steel grade | S350\S420\S450 |
Processing | Ordinary processing and custom processing are available |
Terms of payment | L/C, T/T |
Delivery | 7-30days |
Our metal ground zinc aluminum magnesium photovoltaic panel mounting bracket is manufactured with the highest precision and expertise. Most ground bracket systems are used in centralized photovoltaic power stations, which are large-scale (often hundreds of megawatts) and harsh environments (mostly used in mountains, next door, deserts, tidal flats, etc.). The economy, safety and stability, anti-environmental interference ability, and multi-terrain adaptability of the corresponding ground bracket system are particularly important.
According to the structure, it can be divided into independent base foundation and composite base foundation. According to the construction method, the cement foundation is also divided into prefabricated cement foundation and direct casting foundation. For installation geology such as tidal flats and fish ponds, it is more suitable to make a cement foundation with embedded bolts or steel plates. The bracket is placed on the cement foundation and fixed or welded with bolts. Direct cement casting is to directly cast the bracket and cement together. This method eliminates the need for embedded parts. The casting requires high positioning accuracy of the support and requires positioning tooling to complete.
It can be divided into hammer-in pile foundation and spiral pile foundation, and can be divided into double-column foundation and single-column foundation according to the support method. For hammer-in pile, the distance is measured at the installation site, and the column is directly driven into the ground with a pile driver. It is convenient and quick. Before installation, geological soil testing is required to determine the appropriate hammer depth. When the soil at the installation site is too hard or there are too many gravels, it is difficult to hammer the column directly into the ground, and spiral piles can be used. The spiral piles are screwed into the ground with special mechanical equipment. The bracket is fixed on the pile.
The continuous foundation is the same as the general cement pouring foundation. Bolts or steel plates are embedded first, and then cement is poured to make a continuous cement foundation. Then the bracket is placed on the cement foundation and fixed with bolts or welded.
Photovoltaic brackets are important equipment for supporting and fixing photovoltaic modules. The material selection is very important. Common materials include hot-dip galvanized steel and zinc-aluminum-magnesium steel. Hot-dip galvanized steel has excellent corrosion resistance. Its surface is uniformly galvanized, with a thickness of 30um~100um. The zinc-aluminum-magnesium coating has higher corrosion resistance, and the coating amount can reach ZM275~ZM400. The excellent performance of these two materials enables the photovoltaic bracket to meet the anti-corrosion needs of almost all types of photovoltaic modules, including roofs, ground, deserts, ponds, oceans and other environmental locations.
Item | zn-al-mg photovoltaic bracket |
Surface Treatment | Zinc aluminum magnesium coating |
Steel grade | S350\S420\S450 |
Processing | Ordinary processing and custom processing are available |
Terms of payment | L/C, T/T |
Delivery | 7-30days |
