Plastic film

ZeonorFilm™

ZeonorFilm™ is a plastic film formed by sheet extrusion using Zeon's cyclo olefin polymers (COP) as a raw material. It has been described as a plastic that comes closest to glass in terms of properties such as low water absorbency and low moisture permeability, which typical plastics do not exhibit.

The excellent optical stability that comes from Zeon's proprietary precision processing technology makes it useful for a broad range of applications, including displays.

Characteristics

Characteristics Details
High transparency High transparency encompassing the short wavelength range
Low birefringence Very little change in optical properties associated with factors such as stress while using ZeonorFilm
Low water absorbency and low moisture permeability The low water absorbency and low moisture permeability properties of COP used as a raw material of ZeonorFilm are maintained in the end product. These effectively ensure the product's optical and dimensional properties in high-humidity environments .
High heat resistance Offers excellent durability under high glass transition temperatures (Tg).
Low amount of out-gassing and high purity Very low out-gassing or impurity due to the use of highly pure raw materials and the application of sheet extrusion for the film manufacturing process.
Low dialectic constant Low dielectric constant and low dialectic tangent , which minimizes transmission loss and deterioration in transmitting electric signals.
Chemical resistance The COP used for ZeonorFilm demonstrates resistance to polar solvents, acids, and alkaline chemicals. On the other hand, it exhibits weakness against ether- and hydrocarbon-based chemicals.
Please contact us to confirm product resistance to specific chemicals.
Zeon also has products with enhanced chemical resistance for your consideration.
Low adsorption (protein) The COP used for ZeonorFilm demonstrates low adsorption of proteins. This property has been successfully applied in the field of medical analysis in the form of products such as cells and microplates for blood analysis.
Micro-processing/Releasability/Transferring property ZeonorFilm is a material capable of nano-level micro-processing and also offers an excellent transferring property and releasability. In addition, it is suitable for thermal and ultraviolet (UV) imprinting.

ZeonorFilm

Polymer with an alicyclic structure in its main chain produced by the polymerization of cyclo olefin
ZeonorFilm is an optical film manufactured by sheet extrusion using ZEONOR® as raw material. Commercial production began in 2002.

Manufacturing ZeonorFilm

ZeonorFilm is manufactured under consignment by Optes Inc., a fully owned subsidiary of Zeon Corporation.

ZeonorFilm is available in a variety of types according to the differences in raw materials used and processing methods.

Differences in Raw Materials

ZeonorFilm is offered in three grades according to the glass transition temperature (Tg) of each raw material.

12: Tg: 120°C to 130°C (approximate)
14: Tg: 140°C to 150°C (approximate)
16: Tg: 160°C to 170°C (approximate)

All these products are made of COP manufactured by Zeon.

Product Lineup

Products can be processed into various types of film using Zeon's proprietary processing method.

Processing Method Material
Grades
Name of Series Characteristics
Single Layer Multiple Layer
Non-stretching 14/16 ZF Isotropic film
12 ZF-U UV cut film, isotropic film
MD stretching 14/16 ZM Uniaxially stretched film in the direction of production flow
TD stretching 14 ZT Uniaxially stretched in the direction of product width
Biaxial stretching 12 ZB Biaxially stretched film
Unique stretching 12/16 ZD Film made by diagonally stretched film
12 ZD-U Film made by diagonally stretched filmUV cut film, diagonally stretched film

Retardation Film for Displays

Product is widely used in conventional flat panel displays.

ZeonorFilm is an essential component of polarizing plates used in LCD and OLED devices.

Examples of applications for ZeonorFilm in flat panel displays

(Configuration Examples)

  • In the configuration for LCD devices, liquid crystal is sandwiched between polarizing plates.
  • ZeonorFilm is positioned on the side of these plates facing liquid crystal cells.
  • Enhances visibility when viewing the device from a slanted angle.
  • Without the retardation film, the image will appear with a white hue that makes viewing difficult.
Compensating Viewing Angle (VA Panel)

Film for Enhancing the Visibility of Displays

  • Have you ever experienced difficulty viewing your smartphone or tablet display when you are outdoors due to reflected sunlight or another light source?
  • Have you experienced a display appearing black, with little or no visibility when viewed through sunglasses?
    ZeonorFilm can solve these problems.

(Mechanism and Functions)

Preventing Reflection of Outside Light (OLED Panel)
Reflection of natural light can be eliminated by circularly polarizing the incoming light and absorbing it in the polarizing plates.
Use in Sunglasses-Readable Display (LCD Device)
The blacked-out display when viewed through sunglasses can be resolved by circularly polarizing the light emitted by the device. This feature is applicable regardless of device type.

Film for Touch-Sensors

ZeonorFilm is used as a base film for touch sensors, which are required on devices for operating with a stylus or fingers.

(Configuration Examples)

  • Offers the thermal resistance and dimensional stability required for manufacturing touch sensors
  • Maintains display quality (color) due to the retardation effect provided by the base film in touch sensors
Base film for Touch-sensors

ZeonorFilm® with UVA function

ZeonorFilm® with UVA function used as protective film for polarizing plates

(Configuration Examples)

  • The product is used as the protective surface of polarizing plates (requires surface processing)
  • to block ultraviolet light, which can damage devices internally.
ZeonorFilm™ with UVA function

Catalogs and Technical Sheets

  • *Catalog and Technical Sheet are now revising.
    Please refer the data above, and contact us when you need additional information.
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