Fluorbond is ;
Laminated with DuPont's Tedlar® PVF film which is fluoropolymer film and was invented by DuPont USA in 1941,onto high quality galvanized steel, stainless steel (those two are made by Nippon Steel), and aluminum.
Fluorbond is exceptionally resistant to weather, corrosive environment, chemical, solvent, stain and abrasion by having DuPont's Tedlar® film on its surface.
1. Production process and forming of Fluorbond
2. Typical structure
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Fluorbond can be formed into panels without any loss of surface protection because PVF Surface film delivers an elongation of over 100% without any cracking and fracturing  |
3. Strong feature
1. Superior long time durability with less color fading
(Superior resistant to weather, corrosive environment and stain)
Because of its fluoropolymer film surface, Fluorbond has strong resistance to sunlight, oxidization and corrosion, and it will be hardly attacked by the most of solvent, alkali and corrosive materials. So that Fluorbond is widely adopted at seaside industrial area. Those experiences show its durability. Besides, even if Fluorbond surface is stained by something the stain can be easily removed by using solvent or strong detergent.
2.Impressive construction with beautiful color selection
Low gloss surface finishes softens the distortion of appearance, which is caused by unavoidable thermal expansion of exterior panel.
3. Excellent formability
Fluorbond can be punch-out, bend, roll-formed and deep-pressed because Fluorbond has excellent adhesion between Tedlar® PVF film and substrates, and Tedlar® PVF film has over 100% elongation property.
4.Super Dyma, which is excellent durable metal, can be selected as a substrates material of Fluorbond
By using Super Dyma substrates, you can be secured 15 times high corrosion resistance (salt spray test) of hot-dip galvanized steel although the zinc thickness is the same between them. In other words, you can conduct “the cost down” by decreasing of zinc thickness. Some of our customers adopted Super Dyma instead of stainless steel and /or aluminum substrates.
4.Property examples
| (1) T bend test (1T) | (2) Salt spray test result after 2000h at T bend (0T) | ||
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5.Application examples
Noise barrier walls (exterior) |
Thermal power plant |
Drain board of roof skylight  |
Exterior walls of station of Japanese High Speed train |
0ffice exterior walls  |
Train shed  |
Seaside warehouse (22 years) |
Edge of warehouse roofing(22 years)  |
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