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Roof Custom Fit | Al-Mg-Mn Roof Panel PVDF Paint | Weatherproof

Roof Custom Fit | Al-Mg-Mn Roof Panel PVDF Paint | Weatherproof

MOQ: 1 Ton
Price: 600-3800 USD/Ton
Delivery Period: 7 - 15 Days
Payment Method: L/C,T/T
Supply Capacity: 20000Tons/Month
Detail Information
Place of Origin
China
Brand Name
ZHONGQIANG
Certification
ISO
Model Number
0.98*1000
Package:
Etc
Type:
Coil & Sheet
Paint:
PVDF
Tensile Strength:
135-155Mpa
Material:
Aluminium
Length:
Coil Form, Customizable
Corrosionresistance:
High
Temper:
H24
Commodity Name:
Al Alloy Aluminium Coil
Surface Finished Color:
According To RAL Standard
Product Description

Al-Mg-Mn PVDF Fluorocarbon Paint (Special for Roof Panels)


This product is a custom-developed PVDF fluorocarbon paint exclusively for Al-Mg-Mn roof panels, perfectly adapted to the material characteristics of Al-Mg-Mn alloy substrates and integrated with the core technical advantages of fluorocarbon coatings. It creates a high-end roof coating solution with professional substrate adaptability and ultra-durable protective performance, ideally meeting the long-term protection and aesthetic needs of Al-Mg-Mn roofs in various buildings such as airports, stadiums, convention and exhibition centers, and industrial plants. It is a core supporting coating material for high-end metal roof systems.

Relying on the performance synergy of Al-Mg-Mn alloy and fluorocarbon paint, this product achieves an all-round professional upgrade from substrate adaptation to coating protection, and customizes protective solutions for the application scenarios and environmental pain points of Al-Mg-Mn roof panels, demonstrating professional performance far superior to ordinary coatings in weather resistance, corrosion resistance, and processing adaptability. As a high-end roof substrate, Al-Mg-Mn alloy features light weight, high strength, natural corrosion resistance and strong plasticity. This product is specially developed for its alloy ratio and surface characteristics, enabling the coating to achieve high-strength adhesion with the Al-Mg-Mn substrate. A dense 3-5μm phosphating film is formed through the ternary phosphating process, which perfectly adapts to the processing requirements of Al-Mg-Mn roof panels such as 360° standing seam and curved forming. No cracking or peeling occurs after coating, and the mechanical and processing properties of the substrate are not affected. Meanwhile, the PVDF fluorocarbon core formula is adopted, and the high bond energy of fluorine atoms (485kJ/mol) constructs a dense coating protective structure, which fundamentally solves the problems of ultraviolet aging, acid-base corrosion, and drastic temperature and humidity changes faced by Al-Mg-Mn roof panels in outdoor use, serving as a professional protective armor for Al-Mg-Mn roof systems.

Ultra-durable protection is the core advantage of this product. Verified by authoritative laboratory tests and actual engineering applications, the coating durability reaches the top level of the industry, providing more than 25 years of long-term protection and color retention for Al-Mg-Mn roof panels. In terms of weather resistance, the coating can withstand extreme temperature differences from -40℃ to +80℃, with no abnormalities after 4000 hours of xenon lamp aging test, equivalent to a yearly color difference value of only 0.01% after 25 years of outdoor use, featuring excellent gloss and color retention without fading or chalking after long-term use. In terms of corrosion resistance, it passes more than 3000 hours of salt spray test without substrate corrosion and can withstand acid-base environments with pH 3-11, perfectly adapting to harsh service environments such as high salt spray in coastal areas, heavy pollution in industrial zones and high ultraviolet radiation, completely solving the corrosion and aging problems of Al-Mg-Mn roof panels. In terms of practical performance, the coating has a surface energy of ≤20mN/m with excellent self-cleaning performance, making it difficult for pollutants to adhere, and the roof can keep clean after rain washing. At the same time, the coating has high hardness and strong wear resistance, which can resist slight collisions and sand wear in daily roof use, with extremely low maintenance costs—only 1/10 of traditional coatings. No frequent renovation is required throughout the whole life cycle, greatly reducing the later maintenance costs of the roof. From substrate and processing adaptation to environmental protection and long-term use, this product has achieved a dual breakthrough in durability and practicality, maximizing the performance advantages of Al-Mg-Mn roof panels.

With the full implementation of green building policies and the rapid development of high-end buildings and new energy infrastructure, Al-Mg-Mn PVDF fluorocarbon paint, as a core supporting material for high-end metal roof systems, is ushering in broad market development prospects and industry upgrading opportunities. At the policy level, national policies such as the Action Plan for Green Building Creation and the General Specification for Building Energy Conservation and Renewable Energy Utilization clearly require newly-built buildings to improve energy efficiency and material recoverability. The high recoverability of over 95% of Al-Mg-Mn alloy and the long-term protective performance of this product perfectly conform to green building standards, making it the preferred coating material for benchmark buildings and ultra-low energy consumption buildings in various regions, with continuous release of policy dividends. At the market demand level, the scale of China's Al-Mg-Mn panel industry has reached 12 billion RMB in 2024 and is expected to exceed 22 billion RMB by 2030. Public buildings such as airport terminals and stadiums remain the core demand scenarios. The construction upsurge of new energy plants and building-integrated photovoltaics (BIPV) facilities has increased the demand proportion of the industrial building sector from 18% to 28%. As a professional high-end coating for Al-Mg-Mn roof panels, this product synchronously undertakes the market increment in all fields. At the technological development level, coating technology is constantly iterating and upgrading. The integration of new technologies such as nano self-cleaning and self-healing fluorocarbon coatings enables the product to make continuous breakthroughs in energy saving and protective performance. Meanwhile, the R&D of new coatings adapted to intelligent roofs and BIPV roofs further expands the application boundary of the product. In the future, with the sustained development of new urbanization, transportation infrastructure and new energy industry, Al-Mg-Mn PVDF fluorocarbon paint will rely on its professional performance, long-term durability and green product attributes to become the mainstream choice of high-end metal roof coatings, with the market scale and application scenarios continuing to expand and unlimited development potential.
products
PRODUCTS DETAILS
Roof Custom Fit | Al-Mg-Mn Roof Panel PVDF Paint | Weatherproof
MOQ: 1 Ton
Price: 600-3800 USD/Ton
Delivery Period: 7 - 15 Days
Payment Method: L/C,T/T
Supply Capacity: 20000Tons/Month
Detail Information
Place of Origin
China
Brand Name
ZHONGQIANG
Certification
ISO
Model Number
0.98*1000
Package:
Etc
Type:
Coil & Sheet
Paint:
PVDF
Tensile Strength:
135-155Mpa
Material:
Aluminium
Length:
Coil Form, Customizable
Corrosionresistance:
High
Temper:
H24
Commodity Name:
Al Alloy Aluminium Coil
Surface Finished Color:
According To RAL Standard
Minimum Order Quantity:
1 Ton
Price:
600-3800 USD/Ton
Delivery Time:
7 - 15 Days
Payment Terms:
L/C,T/T
Supply Ability:
20000Tons/Month
Product Description

Al-Mg-Mn PVDF Fluorocarbon Paint (Special for Roof Panels)


This product is a custom-developed PVDF fluorocarbon paint exclusively for Al-Mg-Mn roof panels, perfectly adapted to the material characteristics of Al-Mg-Mn alloy substrates and integrated with the core technical advantages of fluorocarbon coatings. It creates a high-end roof coating solution with professional substrate adaptability and ultra-durable protective performance, ideally meeting the long-term protection and aesthetic needs of Al-Mg-Mn roofs in various buildings such as airports, stadiums, convention and exhibition centers, and industrial plants. It is a core supporting coating material for high-end metal roof systems.

Relying on the performance synergy of Al-Mg-Mn alloy and fluorocarbon paint, this product achieves an all-round professional upgrade from substrate adaptation to coating protection, and customizes protective solutions for the application scenarios and environmental pain points of Al-Mg-Mn roof panels, demonstrating professional performance far superior to ordinary coatings in weather resistance, corrosion resistance, and processing adaptability. As a high-end roof substrate, Al-Mg-Mn alloy features light weight, high strength, natural corrosion resistance and strong plasticity. This product is specially developed for its alloy ratio and surface characteristics, enabling the coating to achieve high-strength adhesion with the Al-Mg-Mn substrate. A dense 3-5μm phosphating film is formed through the ternary phosphating process, which perfectly adapts to the processing requirements of Al-Mg-Mn roof panels such as 360° standing seam and curved forming. No cracking or peeling occurs after coating, and the mechanical and processing properties of the substrate are not affected. Meanwhile, the PVDF fluorocarbon core formula is adopted, and the high bond energy of fluorine atoms (485kJ/mol) constructs a dense coating protective structure, which fundamentally solves the problems of ultraviolet aging, acid-base corrosion, and drastic temperature and humidity changes faced by Al-Mg-Mn roof panels in outdoor use, serving as a professional protective armor for Al-Mg-Mn roof systems.

Ultra-durable protection is the core advantage of this product. Verified by authoritative laboratory tests and actual engineering applications, the coating durability reaches the top level of the industry, providing more than 25 years of long-term protection and color retention for Al-Mg-Mn roof panels. In terms of weather resistance, the coating can withstand extreme temperature differences from -40℃ to +80℃, with no abnormalities after 4000 hours of xenon lamp aging test, equivalent to a yearly color difference value of only 0.01% after 25 years of outdoor use, featuring excellent gloss and color retention without fading or chalking after long-term use. In terms of corrosion resistance, it passes more than 3000 hours of salt spray test without substrate corrosion and can withstand acid-base environments with pH 3-11, perfectly adapting to harsh service environments such as high salt spray in coastal areas, heavy pollution in industrial zones and high ultraviolet radiation, completely solving the corrosion and aging problems of Al-Mg-Mn roof panels. In terms of practical performance, the coating has a surface energy of ≤20mN/m with excellent self-cleaning performance, making it difficult for pollutants to adhere, and the roof can keep clean after rain washing. At the same time, the coating has high hardness and strong wear resistance, which can resist slight collisions and sand wear in daily roof use, with extremely low maintenance costs—only 1/10 of traditional coatings. No frequent renovation is required throughout the whole life cycle, greatly reducing the later maintenance costs of the roof. From substrate and processing adaptation to environmental protection and long-term use, this product has achieved a dual breakthrough in durability and practicality, maximizing the performance advantages of Al-Mg-Mn roof panels.

With the full implementation of green building policies and the rapid development of high-end buildings and new energy infrastructure, Al-Mg-Mn PVDF fluorocarbon paint, as a core supporting material for high-end metal roof systems, is ushering in broad market development prospects and industry upgrading opportunities. At the policy level, national policies such as the Action Plan for Green Building Creation and the General Specification for Building Energy Conservation and Renewable Energy Utilization clearly require newly-built buildings to improve energy efficiency and material recoverability. The high recoverability of over 95% of Al-Mg-Mn alloy and the long-term protective performance of this product perfectly conform to green building standards, making it the preferred coating material for benchmark buildings and ultra-low energy consumption buildings in various regions, with continuous release of policy dividends. At the market demand level, the scale of China's Al-Mg-Mn panel industry has reached 12 billion RMB in 2024 and is expected to exceed 22 billion RMB by 2030. Public buildings such as airport terminals and stadiums remain the core demand scenarios. The construction upsurge of new energy plants and building-integrated photovoltaics (BIPV) facilities has increased the demand proportion of the industrial building sector from 18% to 28%. As a professional high-end coating for Al-Mg-Mn roof panels, this product synchronously undertakes the market increment in all fields. At the technological development level, coating technology is constantly iterating and upgrading. The integration of new technologies such as nano self-cleaning and self-healing fluorocarbon coatings enables the product to make continuous breakthroughs in energy saving and protective performance. Meanwhile, the R&D of new coatings adapted to intelligent roofs and BIPV roofs further expands the application boundary of the product. In the future, with the sustained development of new urbanization, transportation infrastructure and new energy industry, Al-Mg-Mn PVDF fluorocarbon paint will rely on its professional performance, long-term durability and green product attributes to become the mainstream choice of high-end metal roof coatings, with the market scale and application scenarios continuing to expand and unlimited development potential.