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Ceramic Nano Plus series

Ceramic Nano Plus Series are made from polyester (PET) films with high heat rejection and UV filtering originating in nano-ceramic particles infused into the film during the extrusion process. The Ceramic Nano Plus films provide neutral appearance, low reflectivity and excellent weather ability of a sputtered metal such as nickel with high moisture permeability not achieved by any other sputtered metals. The film is produced using proprietary techniques to create a porous structure of corrosion resistant metal. The porous structure allows for much higher water permeability thus the film dries 20 times faster than other corrosion resistant materials such as nickel or Inconel. In the example below, the permeability of 35 % our Ceramic Nano Plus film is 18.4 g/m² x day which is over 20 times higher as compared to that of conventional 35 % nickel based product that measured 0.81 g/m² x day. High permeability ensures quick drying upon installation which allows this metal to stand out among other sputtered products making it a component of choice for high quality automotive, architectural and safety window films. Excellent durability and resistance to both oxidation and hydrolysis paired with an attractive, natural appearance and moderate reflectivity allows Ceramic Nano Plus films to be used for both interior and exterior applications in metal-only as well as hybrid constructions.

The Ceramic Nano Plus films provide high optical clarity and very high durability, excellent colour stability and high heat rejection, which originates in the infusion process.

Key features


Stable colour performance
High durability
UV protection
Reflective

Long-lasting performance
Non-oxidizing
High heat rejection
Environment-friendly

Product structure

Our Ceramic Nano Plus window films are produced using top 1 % grade polyester (PET) film infused with nano-ceramic particles during the film extrusion process, which provides excellent heat rejection and blocking of UV rays. These features make these films the best solar rejection film among our products. The Ceramoc Nano Plus film exhibits the highest clarity and durability. Unlike conventional methods of coating, infused PET does not suffer from color fading and provides long-term high heat rejection.

These films block 99 % of UV rays, which prevents discoloration of interior surfaces and protects the human skin from harmful effects of UV radiation. The film construction provides the best heat dissipation capabilities. The Ceramic Nano Plus films also do not interfere with radio waves and wireless communication.

Ceramic Nano Plus: CNP 88 Clear Cold

Specification

Visible light transmittance%88
Visible light reflectance%9.0
Optical density%0.11
Solar heat gain coefficient%0.56
Total solar energy rejected%30
IR Rejection 950 nm%40
IR Rejection 1400 nm%50
UV Rejection%99
Constructionply2
Nominal thicknessmil2
VLT tolerance%± 3
Scratch resistanceH3

Properties

Tensile strength24.000 lbs/in² (1.700 kg/cm²)
Peel strength2500 g/in² (984 g/cm²)
Break strength56 lbs/in
Elongation at break160 %
Melting point260°C - 265°C
Haze value0.93

Ceramic Nano Plus: CNP 84 Super Cold

Specification

Visible light transmittance%84
Visible light reflectance%13.6
Optical density%0.13
Solar heat gain coefficient%0.57
Total solar energy rejected%49
IR Rejection 950 nm%80
IR Rejection 1400 nm%90
UV Rejection%99
Constructionply2
Nominal thicknessmil2
VLT tolerance%± 3
Scratch resistanceH3

Properties

Tensile strength24.000 lbs/in² (1.700 kg/cm²)
Peel strength2500 g/in² (984 g/cm²)
Break strength56 lbs/in
Elongation at break160 %
Melting point260°C - 265°C
Haze value0.93

Ceramic Nano Plus: CNP 50 BK

Specification

Visible light transmittance%50
Visible light reflectance%11.4
Optical density%0.33
Solar heat gain coefficient%0.33
Total solar energy rejected%66
IR Rejection 950 nm%80
IR Rejection 1400 nm%86
UV Rejection%99
Constructionply2
Nominal thicknessmil2
VLT tolerance%± 3
Scratch resistanceH3

Properties

Tensile strength24.000 lbs/in² (1.700 kg/cm²)
Peel strength2500 g/in² (984 g/cm²)
Break strength56 lbs/in
Elongation at break160 %
Melting point260°C - 265°C
Haze value0.81

Ceramic Nano Plus: CNP 35 BK

Specification

Visible light transmittance%33
Visible light reflectance%10.2
Optical density%0.62
Solar heat gain coefficient%0.25
Total solar energy rejected%63
IR Rejection 950 nm%78
IR Rejection 1400 nm%77
UV Rejection%99
Constructionply2
Nominal thicknessmil2
VLT tolerance%± 3
Scratch resistanceH3

Properties

Tensile strength24.000 lbs/in² (1.700 kg/cm²)
Peel strength2500 g/in² (984 g/cm²)
Break strength56 lbs/in
Elongation at break160 %
Melting point260°C - 265°C
Haze value1.74

Ceramic Nano Plus: CNP 20 BK

Specification

Visible light transmittance%20
Visible light reflectance%10.8
Optical density%0.74
Solar heat gain coefficient%0.17
Total solar energy rejected%71
IR Rejection 950 nm%83
IR Rejection 1400 nm%86
UV Rejection%99
Constructionply2
Nominal thicknessmil2
VLT tolerance%± 3
Scratch resistanceH3

Properties

Tensile strength24.000 lbs/in² (1.700 kg/cm²)
Peel strength2500 g/in² (984 g/cm²)
Break strength56 lbs/in
Elongation at break160 %
Melting point260°C - 265°C
Haze value0.59

Ceramic Nano Plus: CNP 15 BK

Specification

Visible light transmittance%15
Visible light reflectance%10.7
Optical density%0.84
Solar heat gain coefficient%0.12
Total solar energy rejected%89
IR Rejection 950 nm%91
IR Rejection 1400 nm%90
UV Rejection%99
Constructionply2
Nominal thicknessmil2
VLT tolerance%± 3
Scratch resistanceH3

Properties

Tensile strength24.000 lbs/in² (1.700 kg/cm²)
Peel strength2500 g/in² (984 g/cm²)
Break strength56 lbs/in
Elongation at break160 %
Melting point260°C - 265°C
Haze value0.28

Ceramic Nano Plus: CNP 5 BK

Specification

Visible light transmittance%5
Visible light reflectance%10.7
Optical density%1.10
Solar heat gain coefficient%0.06
Total solar energy rejected%92
IR Rejection 950 nm%87
IR Rejection 1400 nm%87
UV Rejection%99
Constructionply2
Nominal thicknessmil2
VLT tolerance%± 3
Scratch resistanceH3

Properties

Tensile strength24.000 lbs/in² (1.700 kg/cm²)
Peel strength2500 g/in² (984 g/cm²)
Break strength56 lbs/in
Elongation at break160 %
Melting point260°C - 265°C
Haze value0.55
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