Brushed Aluminum, was produced through special treatment based on the bare aluminum, has a special effect of aluminum colors, makes the products essential and modern feelings.
Mirror Aluminum, was anodized from the bare aluminum, has a very high glossy surface and high refection rate. Compare with the gloss materials, this product is easy for processing and make to different shapes.
As the leader of the aluminum composite panel industry, and with a profound knowledge of the market demand, Pivot keeps on researching and innovating to bring out products that have won recognition all around the world for their high quality, diversification, high technological content, and environmental protection.
We provide our customers with qualified aluminum composite panels and with an overall professional systematic service of engineering and construction.
Product Features: |
Raw Material | Product Specifications | ||||||||
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■ physical properties of ibond aluminum composite advertising panel |
Test items | criterion | result | |
Unit weight |
ASTM D792 |
T3mm=3.8kg/m2 | |
Thermal expansion coefficient |
ASTM D696 |
24-28 | |
Heat distortion temperature |
ASTM D648 |
115℃ | |
Thermal conductivity |
ASTM 976 |
0.102kcal/m.hr℃ | |
Flexure rigidity |
ASTM C393 |
14.0*10∧5 | |
Through resistance |
ASTM D732 |
1.640 kgf | |
Adhesive strength |
ASTM D903 |
0.77kg/mm | |
Bendability |
ASTM D790 |
4032kg/mm2 | |
Shear resistance | ASTM D732 | 2.7kgf/mm2 |
Technical data sheet for ibond aluminum composite advertising panel | ||||||
Product thickness | Unit | 2mm | 3mm | 4mm | 6mm | |
Front and back weight of the aluminum panel |
(mm) | 0.30 | ||||
(kg/m2) | 2.90 | 3.80 | 4.75 | 6.60 | ||
Mechanical properties of the product | ||||||
Section modulus W |
(cm3/m) (KNcm3/m) |
0.51 345 |
0.81 865 |
1.11 1620 |
1.70 3840 |
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Elastic modulus of the sectional E material of aluminum panel Panel tensile strength 0.2% yield stress Extensibility Linear thermal expansion of the aluminum product Thermal performance |
(N/mm2) (N/mm2) (N/mm2) (%) |
Rm:145-185 Rp0,2: 110 - 175 A50>3% 2. 0mm/m (100. Ctemperature difference) |
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Thermalresistance R Heat transmission coefficient V |
(m2K/m) (w/m2k) oC |
0.0047 5.72 |
0.0080 5.61 |
0.0113 5.50 |
0.0180 5.30 |
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Heat resistance temperature | -50~+80 |