Introduction:

Simply put, a photovoltaic bracket forming machine is a specialized cold-rolling machine that continuously and quickly rolls metal coils (such as aluminum-magnesium-zinc-coated steel sheets and aluminum alloy profiles) through a series of precision rollers into photovoltaic bracket profiles with specific cross-sectional shapes.

Features:

Its core value and features：High-efficiency production，High precision and consistency，High material utilization，High strength，and Flexibility.

Applications:

The application areas of photovoltaic bracket forming machines overlap perfectly with those of photovoltaic power plants. Wherever photovoltaic panels are installed, photovoltaic racks are needed, and this type of forming machine is needed to produce these rack components.

Major application areas include large-scale ground-mounted photovoltaic power plants, distributed industrial and commercial photovoltaic systems, residential distributed photovoltaic systems, and photovoltaic projects in special environments such as desert power plants (resistant to wind and sand), coastal mudflats (resistant to corrosion), and high-altitude cold regions (resistant to wind and snow). These projects place higher demands on the rack material, strength, and corrosion resistance. The forming machine can process higher-strength steel or corrosion-resistant aluminum alloys.