Die Cut Plastic Film
- Material options: PET, PE, PP, PC, and multilayer film constructions
- Common thickness: 30–250 microns, depending on application
- Color options: clear, blue, milky, black, or custom tint
- Supply format: roll parts, sheet parts, kiss cut, through cut
- Adhesion level: low, medium, high tack, or non-adhesive
- Part style: tabs, discs, strips, frames, windows, custom film parts
Films Protective Company is a die cut plastic film manufacturer supplying shaped film parts for surface protection, masking, insulation, spacing, and assembly support. Our factory converts PET, PE, PP, PC, and laminated film structures into kiss-cut or through-cut components in roll or sheet format. In industrial converting, die-cut film is commonly used where cleaner placement, repeatable part geometry, and more controlled handling are needed than with manually trimmed film.
Product Photos

Product Overview
Our die cut plastic film is made for applications that need a cleaner and more repeatable fit than hand-cut film can provide. We convert thin plastic films into ready-to-use parts for housings, lenses, display areas, coated panels, plastic sheets, and layered assemblies. The goal is simple: easier positioning, cleaner edges, and more stable application across repeated jobs.
As a factory, we produce custom die cut film in simple and complex shapes, including liner-backed parts, easy-peel tabs, sheeted pieces, and roll-fed parts. PET is often selected where dimensional stability and cleaner die cutting are important, while other film structures may be chosen for temporary protection, insulation, spacing, or easier removal. Laminated constructions can also be made when adhesive, carrier film, and release liner must work together as one converted part.
Benefits
- Cleaner edge coverage on fixed-shape surfaces
- Faster application than hand-trimmed film on repeat jobs
- Better consistency across batches
- Lower trimming waste during use
- Easier handling with tabs, split liners, or roll-fed parts
- Suitable for protection, masking, insulation, and assembly support
How does die cut plastic film improve production compared with standard film rolls?
Standard rolls usually need trimming during use, which can slow application and create edge variation from one operator to another. Die cut plastic film arrives in a defined shape, so it is easier to align with borders, windows, corners, and cutout areas. On repeated jobs, that usually means cleaner placement and better visual consistency.
The main advantage is not only the film itself, but the fact that it arrives as a usable part. Industry converting sources describe die-cut protection and masking films as a way to reduce labor, improve fit, and lower rework. Marian specifically highlights reduced labor and assembly time, better fit and finish, and material efficiency; one masking case example reports 3x faster application and 75% less rework after switching from strips to die-cut masking components.
TDS
Item Typical specification Product type Die cut plastic film Base material PET / PE / PP / PC / multilayer film Thickness range 30–250 μm typical Adhesive type Acrylic, rubber-based, or no adhesive Adhesion level Low / medium / high tack Converting style Kiss cut / through cut / roll parts / sheet parts Liner option Standard liner / split liner / finger-lift liner Part geometry Discs, strips, tabs, frames, windows, custom shapes Surface match Plastic, glass, coated metal, painted surfaces Use direction Protection, masking, insulation, spacing, assembly aid
Packing and Loading

Applications
- Temporary protection for plastic housings and formed parts
- Masking during coating, painting, or secondary processing
- Protection for display windows, lenses, and visible surfaces
- Insulation and spacing film parts in assemblies
- Adhesive-backed parts for positioning or light bonding support
- In-process and transit protection for finished components
These application directions match how converters and protection-film suppliers position die-cut films in electronics, manufacturing, and temporary surface protection work.
How should the die cutting method and tack level be selected?
The cutting method should match part geometry, material thickness, output volume, and delivery format. Rotary converting is typically more suitable for repeat roll-fed production, while flatbed processing is often more practical for prototypes, short runs, or jobs that need more flexibility. The best route is the one that fits the production program, not simply the one with the lowest piece price.
Tack level should be selected by surface sensitivity, hold requirement, dwell time, and removal condition. For polished, coated, or delicate surfaces, a lower-tack die cut protective film is often the safer choice. For harder-to-hold substrates or parts that will face more movement during processing or transit, stronger adhesion may be needed. Pregis emphasizes that temporary protection films are offered in different adhesives, materials, gauges, widths, lengths, and tack levels because different surfaces require different protection behavior.

FAQ
What material is commonly used for die cut plastic film?
PET is one of the most common options when dimensional stability and cleaner die cutting are important, while other plastic films may be selected based on protection level, flexibility, or removal needs.
Can you supply adhesive-backed custom film parts?
Yes. We can supply adhesive-backed parts with different tack levels, liner structures, and delivery formats depending on the project requirement. Adhesive lamination on one or both sides is a standard converted-film approach.
Is kiss-cut roll format available?
Yes. Kiss-cut roll parts are commonly used when repeated dispensing and faster placement are needed in production. Roll-based converting and small-core supply formats are standard in industrial die-cutting workflows.
Can the film be used for temporary surface protection?
Yes. Temporary protection films are designed to protect critical surfaces from scratching and contamination during manufacturing, handling, shipping, and transit.














