Pro Nano series
Pro Nano Series Window Films are made from colorised 1 % grade polyester (PET) films. The films contain nano-inorganic dyes, which provide better durability and optical clarity. The Pro Nano films are infused with nano-materials that have high heat rejection properties during the film’s extrusion process. With built-in properties such as high UV blocking and high heat rejection, this films are able to produce optical clarity and durability of the highest standard. Unlike other conventional methods for coating, infused films are ensured to have longer durability in terms of colour fading and heat rejection.
The price of the films of Pro Nano series are comparable to standard glue coating films. Hoever, the quality and features of our films surpass standard film products. Furthermore, there will be no colour adhesive residue upon removal of the film.
Key features
 Stable colour performance |
 High durability |
 UV protection |
 Reflective |
 Long-lasting performance |
 Natural appearance |
 High heat rejection |
 Environment-friendly |
Product structure
The Pro Nano window films are produces from colorized polyester (PET) which goes through the dyeing process based on nano-inorganic dyes. In comparison with conventional dye films, our Pro Nano dye films are more durable and exhibit higher clarity. The dye is embedded into the PET pellets during the polymerization process.
Pro Nano: PN 50 CH
Specification
| Visible light transmittance | % | 49 |
| Visible light reflectance | % | 11.3 |
| Optical density | % | 0.11 |
| Solar heat gain coefficient | % | 0.61 |
| Total solar energy rejected | % | 28 |
| IR Rejection 950 nm | % | 10 |
| IR Rejection 1400 nm | % | 7 |
| UV Rejection | % | 99 |
| Construction | ply | 1 |
| Nominal thickness | mil | 2 |
| VLT tolerance | % | ± 3 |
| Scratch resistance | H | 3 |
Properties
| Tensile strength | 24.000 lbs/in² (1.700 kg/cm²) |
| Peel strength | 2500 g/in² (984 g/cm²) |
| Break strength | 56 lbs/in |
| Elongation at break | 160 % |
| Melting point | 260°C - 265°C |
| Haze value | 0.48 |
Pro Nano: PN 35 CH
Specification
| Visible light transmittance | % | 32 |
| Visible light reflectance | % | 10.3 |
| Optical density | % | 0.54 |
| Solar heat gain coefficient | % | 0.54 |
| Total solar energy rejected | % | 34 |
| IR Rejection 950 nm | % | 8 |
| IR Rejection 1400 nm | % | 8 |
| UV Rejection | % | 99 |
| Construction | ply | 1 |
| Nominal thickness | mil | 2 |
| VLT tolerance | % | ± 3 |
| Scratch resistance | H | 3 |
Properties
| Tensile strength | 24.000 lbs/in² (1.700 kg/cm²) |
| Peel strength | 2500 g/in² (984 g/cm²) |
| Break strength | 56 lbs/in |
| Elongation at break | 160 % |
| Melting point | 260°C - 265°C |
| Haze value | 0.03 |
Pro Nano: PN 20 CH
Specification
| Visible light transmittance | % | 18 |
| Visible light reflectance | % | 10.1 |
| Optical density | % | 0.78 |
| Solar heat gain coefficient | % | 0.43 |
| Total solar energy rejected | % | 39 |
| IR Rejection 950 nm | % | 10 |
| IR Rejection 1400 nm | % | 7 |
| UV Rejection | % | 99 |
| Construction | ply | 1 |
| Nominal thickness | mil | 2 |
| VLT tolerance | % | ± 3 |
| Scratch resistance | H | 3 |
Properties
| Tensile strength | 24.000 lbs/in² (1.700 kg/cm²) |
| Peel strength | 2500 g/in² (984 g/cm²) |
| Break strength | 56 lbs/in |
| Elongation at break | 160 % |
| Melting point | 260°C - 265°C |
| Haze value | 0.60 |
Pro Nano: PN 10 CH
Specification
| Visible light transmittance | % | 10 |
| Visible light reflectance | % | 10.1 |
| Optical density | % | 0.91 |
| Solar heat gain coefficient | % | 0.43 |
| Total solar energy rejected | % | 39 |
| IR Rejection 950 nm | % | 8 |
| IR Rejection 1400 nm | % | 6 |
| UV Rejection | % | 99 |
| Construction | ply | 1 |
| Nominal thickness | mil | 2 |
| VLT tolerance | % | ± 3 |
| Scratch resistance | H | 3 |
Properties
| Tensile strength | 24.000 lbs/in² (1.700 kg/cm²) |
| Peel strength | 2500 g/in² (984 g/cm²) |
| Break strength | 56 lbs/in |
| Elongation at break | 160 % |
| Melting point | 260°C - 265°C |
| Haze value | 0.87 |
Pro Nano: PN 5 CH
Specification
| Visible light transmittance | % | 4 |
| Visible light reflectance | % | 10.2 |
| Optical density | % | 1.34 |
| Solar heat gain coefficient | % | 0.38 |
| Total solar energy rejected | % | 42 |
| IR Rejection 950 nm | % | 10 |
| IR Rejection 1400 nm | % | 7 |
| UV Rejection | % | 82 |
| Construction | ply | 1 |
| Nominal thickness | mil | 2 |
| VLT tolerance | % | ± 3 |
| Scratch resistance | H | 3 |
Properties
| Tensile strength | 24.000 lbs/in² (1.700 kg/cm²) |
| Peel strength | 2500 g/in² (984 g/cm²) |
| Break strength | 56 lbs/in |
| Elongation at break | 160 % |
| Melting point | 260°C - 265°C |
| Haze value | 0.95 |
