Solar Panel Frame Aluminum Profile Aluminum Solar Panel Border

Aluminum is the most abundant metal on the earth. Aluminum alloy is based on aluminum and added with a certain amount of other alloy elements. Aluminum alloy has excellent new energy: high strength, strong firmness, good electrical conductivity, anti-corrosion and anti-oxidation, strong tensile resistance, convenient transportation and installation, and easy recycling and other advantages that other materials can’t match.

Aluminum alloy frame has always been one of the important auxiliary materials of photovoltaic modules, and has developed with the photovoltaic industry. It bears the wind load and snow load of photovoltaic modules, provides comprehensive protection for photovoltaic modules, and facilitates the installation of modules.

At this stage, under the two development goals of "cost reduction" and "efficiency improvement" of the photovoltaic industry, the module manufacturers have adopted various cost reduction and efficiency improvement schemes such as reducing glass thickness, reducing silicon wafer thickness and increasing module size. This puts forward higher requirements for the strength of aluminum alloy frame. Although there are some frame products of other materials on the market, such as steel frame, but due to its poor aesthetics, heavy weight, poor corrosion resistance and low recycling value, aluminum frame is still the best partner of photovoltaic modules.

Technical Data

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About LP Solar
• Lipu Metal (Jiangyin) Co., Ltd was previously called Leapton Metal (Suzhou) Co., Ltd before;
• November 30th, 2018, Lipu Metal (Jiangyin) established, the factory was relocated from Suzhou to Jiangyin;
• The new factory covers an area of about 21,300 square meters;
• The annual capacity of 500MW for mounting system and 500MW for aluminum frames;
• Lipu Metal has obtained 17 product patents so far.

About Factory

Raw material area	Material area	Cutting area	Producting area	Sampling area
Pre-install area	Wahouse 1	Packing area	Finish W.H. 2	Loading area