Wallis -PET Sheet
Wallis
PET Sheet
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Wallis clear PET sheet for TV screen protectors is a transparent, lightweight and durable plastic substrate developed for TV protection panels, monitor protectors, commercial display covers and other electronic screen protection applications. The material can be customized by thickness, size, optical performance and functional coating to support different B2B screen-protector projects.
Compared with heavy glass protection panels, clear PET sheet offers lower weight, easier cutting and converting, good dimensional stability and safer handling during manufacturing and transportation. Depending on the selected grade and coating structure, PET screen-protector material can be developed with anti-scratch, anti-glare, anti-fingerprint, UV-filtering or blue-light-filtering functions.
Wallis currently supplies transparent PET sheet and film in approximately 0.15–3 mm thickness, with customized specifications available for different TV, monitor and display-protection applications. Optical transmission, haze, surface hardness, impact performance and spectral filtering requirements should be defined according to the customer's final product specification.
| Product | Clear PET Sheet / PET Film for TV and Display Screen Protectors |
| Material | PET (Polyethylene Terephthalate) |
| Color | Transparent |
| Thickness | Approximately 0.15–3 mm or customized |
| Supply Form | PET sheet or PET film; final format depends on thickness and project requirements |
| Size | Customized according to TV, monitor, display or converting requirements |
| Optical Requirement | High clarity; visible light transmission and haze should be confirmed according to the selected grade |
| Functional Coatings | Anti-scratch, hard coat, anti-glare, anti-fingerprint, UV-filtering and blue-light-filtering options subject to project confirmation |
| Processing | Cutting, die cutting, coating, laminating and customized converting |
| Typical Applications | TV screen protectors, computer monitors, commercial displays, digital signage, display covers and electronic protection panels |
| Current MOQ | Over 100 kg; final MOQ depends on thickness, coating and customized specification |
Optical specification note: For display-protection projects, buyers should define the required visible light transmission, haze, clarity, surface hardness, gloss, coating type, blue-light spectral transmission and impact requirement. These properties should be verified against the applicable Wallis sample, TDS or agreed test report rather than assumed from generic PET values.
PET provides a transparent protective layer without the weight associated with thick glass or acrylic panels. This can be particularly useful for large-format television screens and commercial displays where handling, shipping weight and easy converting are important.
PET has useful dimensional stability for large protective sheets and films. Consistent dimensions help during cutting, coating, laminating and assembly into screen-protection products.
A hard-coated PET construction can improve resistance to routine surface scratching and abrasion. Required pencil hardness, abrasion resistance or coating thickness should be specified according to the finished protector design and verified by testing.
PET sheet can be converted into customized dimensions for different television, monitor and commercial-display formats. Finished protector dimensions should be based on the actual visible screen or required mounting structure rather than diagonal screen size alone.
PET does not shatter in the same manner as conventional glass, making it easier to handle, convert, pack and transport for many screen-protection applications.
A PET screen protector can provide a sacrificial protective layer between the display and daily contact. It can help reduce surface damage caused by scratches, minor knocks, cleaning and accidental contact.
“Anti-shock” should be defined by a measurable product requirement rather than treated as an unlimited impact claim. Protection depends on PET thickness, rigidity, coating, mounting method, air gap, adhesive structure and the energy and shape of the impacting object.
For projects where impact resistance is critical, buyers should specify the expected impact test, drop test or finished-panel performance requirement so that an appropriate structure can be evaluated.
PET protection panels can help shield television and monitor surfaces from fingerprints, cleaning contact, toys, objects, dust and other routine risks in homes, schools, offices, retail areas and public environments.
Clear PET can be produced with additives or functional coatings designed to modify transmission within selected blue-violet wavelength ranges. This type of material is commonly described as blue-light filtering PET film or anti-blue-light screen-protector material.
The optical layer is engineered to reduce transmission within a specified wavelength range while allowing the remainder of the visible spectrum to pass through. Actual performance depends on the additive or coating formulation, PET thickness and coating structure.
The phrase “anti-blue-light” alone is not sufficient for a technical purchase specification. Buyers should define the wavelength range to be controlled and request spectral-transmission data showing how much light is transmitted or filtered at relevant wavelengths.
Stronger spectral filtering can influence the visual color of the protector or displayed image. For TVs and professional displays, the selected construction should be evaluated for color shift, brightness, transmission and overall viewing quality.
Blue-light filtering should be treated as an optical-performance feature. Any health-related or eye-protection claims should be supported separately by applicable product testing and regulatory evidence.

| Functional Option | Purpose | What Buyers Should Confirm |
|---|---|---|
| Hard Coat / Anti-Scratch | Improves surface abrasion and scratch resistance | Hardness, abrasion test and coated side |
| Anti-Glare | Diffuses reflected ambient light | Haze, gloss, resolution and image sparkle |
| Anti-Fingerprint | Helps reduce visible fingerprint contamination and facilitates cleaning | Surface feel, durability and cleaning resistance |
| Blue-Light Filtering | Modifies transmission in selected blue-violet wavelengths | Spectral curve, wavelength range, transmission and color shift |
| UV Filtering | Reduces transmission in specified ultraviolet wavelengths | UV wavelength range and transmission requirement |
High visible-light transmission helps maintain display brightness. The target value should be selected according to the coating structure and required balance between protection, anti-glare performance and spectral filtering.
Low haze is normally preferred for clear glossy protectors because excessive haze can reduce perceived image sharpness. Anti-glare materials intentionally use controlled surface diffusion, so the acceptable haze level can be higher depending on the required glare reduction.
Functional coatings and spectral filters can change the apparent color of a screen. TV, OLED, QLED and professional monitor projects should evaluate the completed protector over the actual display before mass production.
A glossy protector can preserve a crisp image but may show stronger ambient reflections. An anti-glare matte surface can reduce reflections but may introduce additional haze. The best solution depends on the display environment.
| Feature | Clear Gloss PET | Anti-Glare PET |
|---|---|---|
| Image Appearance | Prioritizes clear, crisp viewing | Prioritizes reduced visible glare and reflections |
| Surface | Gloss or high-clarity surface | Matte or light-diffusing coating |
| Haze | Generally targeted lower | Controlled haze used to diffuse reflection |
| Typical Use | TVs and displays where maximum clarity is the priority | Displays exposed to strong indoor lights or reflections |
Glass can provide high rigidity and strong surface hardness, but it is heavier, more fragile during transport and more difficult to customize for some large-format applications. PET is lighter, flexible, easier to cut and does not shatter like conventional glass.
Acrylic is commonly used for rigid hanging-style TV protection panels and offers greater rigidity at higher thicknesses. PET is more flexible and lightweight and can be more suitable for thin protective sheets, functional optical coatings and film-based constructions.
Very thin general-purpose protective films can protect mainly against surface contact. Thicker PET sheet or specially constructed PET screen-protector material can provide greater rigidity and support more demanding protective-panel applications.
Clear PET can be customized for flat-screen television protectors used with LED, LCD, OLED and QLED display products. Final suitability depends on protector construction, display temperature, mounting method and optical requirements.
PET protection sheets can be converted for desktop monitors, professional displays, office equipment and industrial computer screens where scratch protection or anti-glare performance is needed.
Retail displays, information screens, advertising displays and digital signage can use clear protective PET to reduce direct contact with the original display surface.
Schools, training rooms, public information displays and other high-contact environments can benefit from a replaceable protective layer over valuable electronic screens.
Customized PET sheets can also be used for control displays, equipment screens and industrial interfaces where optical clarity, scratch resistance and customized cutting are required.
Provide the required width and height rather than only the TV's diagonal size. Different television designs can have different bezel dimensions and visible display areas even when the nominal diagonal size is the same.
Thickness influences flexibility, stiffness, weight and protective performance. A thin film application and a semi-rigid protective panel require different PET specifications.
Specify visible-light transmission, haze and acceptable color shift when picture quality is critical. Professional display projects should approve the PET sample over the actual screen.
Glossy clear PET is appropriate when image sharpness is the priority, while an anti-glare surface may be preferred for environments with strong overhead lighting or reflections.
If scratch resistance is important, specify the required hard-coat performance and test method rather than requesting only “anti-scratch PET.”
Provide the target wavelength range and required transmission or filtering performance. This enables the material to be evaluated using measurable optical criteria.
If impact protection is critical, specify the finished-product test rather than relying only on material thickness. The mounting system and complete protective structure can significantly influence performance.
Evaluate clarity, haze, color, reflection, surface hardness, coating adhesion, cutting performance and finished-screen appearance before approving bulk material.
Screen-protector material requires tighter control of optical and surface appearance than ordinary packaging PET. Depending on the agreed specification, quality-control items can include:
Thickness and thickness tolerance
Width, length and dimensional tolerance
Visible light transmission
Haze and clarity
Color or yellowing appearance
Surface gloss or anti-glare consistency
Surface scratches, dents and contamination
Hard-coat adhesion and hardness where specified
Spectral transmission for blue-light-filtering grades
Impact or mechanical performance where specified
Coating uniformity
Protective-film and packaging inspection
PET is widely recognized as a recyclable polymer where suitable collection and recycling infrastructure exists. Real-world recyclability of a finished screen protector can be affected by coatings, adhesives, laminates and other attached materials.
Compared with heavier rigid protection panels, PET can reduce material and shipping weight for certain screen-protector designs while still providing a replaceable protective layer.
Selecting only the thickness necessary to meet optical, stiffness and protection requirements can reduce excess material use while improving cost and logistics efficiency.
Wallis supplies PET sheet and film for multiple industrial applications and can support customized thickness, dimensions, surface treatment and functional requirements for B2B screen-protector projects.
For optical screen-protection applications, buyers should provide their required coating structure and test standards so that production specifications and samples can be reviewed before bulk supply.
Optical PET surfaces should be protected against scratches, dust, pressure marks and contamination during storage and shipment. Wallis can support sheet, roll, pallet and customized export packaging according to the product specification.
For coated screen-protector material, buyers should also confirm protective-film requirements, coated-side identification, stacking direction and packaging cleanliness before shipment.

Wallis currently provides PET thickness from approximately 0.15–3 mm with customized dimensions available according to the screen-protector project.
Projects can be reviewed for anti-scratch, anti-glare, anti-fingerprint, UV-filtering and blue-light-filtering functions according to the requested performance specification.
Wallis supplies PET sheet and film for manufacturers, converters, screen-protector companies, electronics-accessory suppliers and distributors requiring customized material specifications.
Samples allow buyers to evaluate optical clarity, coating appearance, cutting, hardness and finished-screen performance before bulk production.
Clear PET screen protector sheet is a transparent polyethylene terephthalate substrate used to add a replaceable protective layer over TVs, monitors, digital displays and other electronic screens.
The current Wallis product specification lists approximately 0.15–3 mm thickness, with customized specifications available according to project requirements.
Yes, PET can be converted for large display sizes when the required sheet dimensions, thickness, flatness and mounting structure are technically suitable. Provide the actual width and height of the protector when requesting a quotation.
Clear PET can be used as an external protective material for different display technologies when optical clarity, temperature, mounting and dimensional requirements are compatible. The protector should be tested on the intended display construction.
Any additional optical layer can influence transmission, reflection or color to some degree. High-clarity PET with appropriately controlled haze and coatings can minimize visible changes, but the finished construction should be evaluated on the actual display.
Yes. PET can use a matte or anti-glare coating designed to diffuse ambient reflections. Buyers should specify the desired balance between glare reduction, haze and image sharpness.
Yes. Hard-coated PET constructions can improve surface scratch and abrasion resistance. Required hardness should be specified with an applicable test method and verified for the selected grade.
PET can be manufactured with additives or coatings designed to reduce transmission within selected blue-violet wavelengths. The exact filtering performance should be confirmed using spectral-transmission data for the selected material.
There is no single percentage applicable to every PET grade. Filtering depends on the formulation, wavelength range, thickness and coating. Provide your target spectral requirement so Wallis can evaluate the appropriate construction.
PET can help protect against scratches, minor knocks and routine contact. Strong impact protection depends on the thickness, mounting method and overall protector structure, so applications requiring a defined impact rating should specify a test method.
PET is lighter, easier to cut and does not shatter like conventional glass. Glass can provide greater rigidity and surface hardness. The better choice depends on protector design, optical requirements, weight and required impact performance.
Glossy PET generally prioritizes clear image reproduction, while anti-glare PET uses controlled surface diffusion to reduce reflections. Anti-glare treatment can increase haze, so the required balance should be tested.
Yes. Sheet dimensions can be customized according to TV, monitor, industrial display or converting requirements. Provide exact width and height whenever possible.
Yes. Appropriate PET sheet and film can be cut or die cut into customized screen-protector shapes. Processing parameters depend on thickness, coating and required edge quality.
PET itself is widely recyclable where suitable recycling systems exist. Coatings, adhesives and laminated layers can affect the recyclability of the final screen-protector product.
Use a soft lint-free cloth and a cleaning method compatible with the applicable coating. Avoid abrasive materials or aggressive chemicals unless they have been validated for the finished protector.
Provide thickness, width, length, required visible-light transmission, haze, surface hardness, gloss or anti-glare requirement, blue-light filtering specification, impact requirement, order quantity and delivery destination.
Yes. Sample testing is strongly recommended for optical display applications so buyers can verify clarity, haze, reflection, color, coating performance, impact protection and converting compatibility before bulk production.
Looking for a reliable clear PET sheet manufacturer for TV screen protectors? Send Wallis your required thickness, sheet dimensions, optical transmission, haze, surface hardness, anti-glare requirement, blue-light filtering specification and order quantity for material review and factory pricing.
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