In Southeast Asia’s demanding environments—from the high humidity of Vietnam to the intense solar radiation of Thailand and Indonesia—building envelopes face rapid degradation. Standard coatings often fail within 3–5 years due to polymer chain scission. High-performance PVDF (Polyvinylidene Fluoride) Aluminum Composite Panels (ACP) provide the necessary chemical barrier to ensure 20-year aesthetic and structural integrity.
The UV resistance of our PVDF panels is rooted in the bond energy of the C-F (Carbon-Fluorine) bond.
Resin Content: Our coatings contain $ge 70%$ PVDF resin (Kynar 500), which possesses a bond energy of approximately $485 kJ/mol$, effectively shielding the panel from UV-induced chalking.
Coating Thickness: A standardized dry film thickness (DFT) of $ge 25 mu m$ ensures the substrate remains protected against acid rain and oxidation.
Weathering Standards: Proven to maintain color variance $Delta E le 5.0$ after 4,000 hours of accelerated aging (ASTM G154).
For projects in coastal regions like Da Nang, Hai Phong, or Jakarta, salt spray corrosion and wind loads are critical factors.
Salt Spray Resistance: Per ASTM B117, the surface shows no blistering or rusting after 1,000 hours of salt spray exposure.
Structural Integrity: We utilize AA3003/AA5005 series aluminum with a skin thickness of 0.40mm to 0.50mm. This provides the sectional modulus required to withstand high wind pressures without permanent deformation.
Peel Strength: Utilizing high-performance adhesive resins, our panels achieve a peel strength $ge 7.0 N/mm$, preventing delamination under extreme thermal cycles ($-40^{circ}C$ to $+80^{circ}C$).
In Southeast Asia’s demanding environments—from the high humidity of Vietnam to the intense solar radiation of Thailand and Indonesia—building envelopes face rapid degradation. Standard coatings often fail within 3–5 years due to polymer chain scission. High-performance PVDF (Polyvinylidene Fluoride) Aluminum Composite Panels (ACP) provide the necessary chemical barrier to ensure 20-year aesthetic and structural integrity.
The UV resistance of our PVDF panels is rooted in the bond energy of the C-F (Carbon-Fluorine) bond.
Resin Content: Our coatings contain $ge 70%$ PVDF resin (Kynar 500), which possesses a bond energy of approximately $485 kJ/mol$, effectively shielding the panel from UV-induced chalking.
Coating Thickness: A standardized dry film thickness (DFT) of $ge 25 mu m$ ensures the substrate remains protected against acid rain and oxidation.
Weathering Standards: Proven to maintain color variance $Delta E le 5.0$ after 4,000 hours of accelerated aging (ASTM G154).
For projects in coastal regions like Da Nang, Hai Phong, or Jakarta, salt spray corrosion and wind loads are critical factors.
Salt Spray Resistance: Per ASTM B117, the surface shows no blistering or rusting after 1,000 hours of salt spray exposure.
Structural Integrity: We utilize AA3003/AA5005 series aluminum with a skin thickness of 0.40mm to 0.50mm. This provides the sectional modulus required to withstand high wind pressures without permanent deformation.
Peel Strength: Utilizing high-performance adhesive resins, our panels achieve a peel strength $ge 7.0 N/mm$, preventing delamination under extreme thermal cycles ($-40^{circ}C$ to $+80^{circ}C$).
Địa chỉ
1-01, 1-4/F, Tòa nhà 6, Khu vực 4A, Con đường Qushi, Thành phố Nam Trung Quốc, Thành phố Xinzheng, Thành phố Zhengzhou, tỉnh Henan, Trung Quốc
Điện thoại
86--15138819161
