solar pv installation accessories for industrial building rooftop

Angular Roof Clamps are non-drill, specifically designed for Klip Lok type corrugated metal roof photovoltaic power stations. They are fixed to the crests (ribs) of the corrugated roof, providing a load-bearing base for installing rails or directly fixing photovoltaic modules.     This product fundamentally avoids the risk of leakage caused by drilling and damaging the roof's waterproof layer. It is a core component for achieving non-destructive, efficient, and safe installation in industrial and commercial solar photovoltaic projects.

The Mini Rail with rail clamps is a non-penetrating photovoltaic (PV) installation system specifically designed for metal roofs. Its core feature is the replacement of traditional continuous long rails with short aluminum alloy rails (Mini Rails), which are then clamped and secured to the crests of the corrugated steel roof using specialized clamps, eliminating the need for drilling into the roof. This design avoids the risk of leaks associated with drilling, while providing a lightweight and stable support platform for the PV modules.

For photovoltaic projects on flat concrete roofs, this ballast-type bracket, employing key stainless steel components, offers a fixing solution that balances installation efficiency and long-term reliability. The main body of the system is pre-assembled in the factory; on-site installation simply requires placing concrete blocks for fixation, completely eliminating the need for drilling holes in the roof. The stainless steel bolts, connectors, and other core components provide excellent corrosion resistance in humid, rainy, or coastal environments. The overall structure supports custom tilt angles of 10°, 15°, and 20° to flexibly adapt to the varying sunlight requirements of different regions. Whether for large-scale power plants in industrial and commercial buildings or small systems for private villas, this bracket enables rapid deployment of photovoltaic panels without altering the original roof structure.

Adjustable tripods are support structures specifically designed for flat-roof photovoltaic (PV) systems. They utilize the stabilizing principle of triangles to provide a tilt angle for the PV modules. This bracket can adjust the tilt angle according to different lighting conditions and roof layouts, helping to improve the power generation efficiency of the PV system. It is suitable for various types of concrete flat roofs, commercial building roofs, and industrial plant flat roofs.

Flat roof photovoltaic bracket - unidirectional ballast (aluminum alloy) is a non-penetrating photovoltaic support system developed for flat roof scenarios. It uses aluminum alloy profiles as the main structure and fixes the bracket and photovoltaic modules to the roof through cement ballast blocks or concrete counterweights, without drilling holes in the roof or damaging the original structure.

Designed specifically for flat roofs, this system utilizes high-strength aluminum alloy and a triangular stabilizing structure, and is pre-assembled at the factory. Secured by concrete ballast, it does not damage the roof and is compatible with various photovoltaic modules, making it a reliable base for flat roof power stations.

Waterproof gaskets (also known as waterproof bases) are specialized sealing and connecting components installed at the fixing points of photovoltaic brackets on corrugated steel roofs or tile roofs. This product combines physical covering and elastic sealing to specifically reduce the risk of water leakage caused by nailing (bolt fixing) when connecting photovoltaic brackets to the roof. As a core component of photovoltaic installation waterproofing systems, waterproof gaskets are suitable for new photovoltaic buildings and photovoltaic renovation projects of existing buildings, especially on roofs made of corrugated steel roofs or various types of tiles.

A rooftop photovoltaic (PV) support system is a photovoltaic panel support system specifically designed for pitched tiled roofs. It mainly consists of three components: hooks (connecting to the roof beams), guide rails (supporting the PV panels), and clamps (fixing the components). Its core feature is that the stress points are concealed beneath the tiles, using hooks that pass through the tile seams to connect to the structural layer, providing a stable foundation for the PV system without significantly compromising the roof's integrity. This system is suitable for various tile types, including ceramic tiles, glazed tiles, and slate tiles, and is typically made of stainless steel or aluminum alloy. It must meet requirements for wind and snow resistance, and its service life is generally over 25 years.