Anti Static Pet Film
- Material: anti-static treated PET polyester film
- Color: clear, transparent, blue tint, or custom color
- Surface option: single-side or double-side treatment
- Thickness: available in multiple converting grades
- Supply form: master rolls, slit rolls, and sheets
- Main use: ESD handling, electronics protection, clean converting
PET Film Supply Company is an anti static pet film manufacturer for electronics converting, ESD-sensitive handling, and clean packaging applications. This film is designed to reduce charge buildup, limit dust attraction, and improve stability during slitting, laminating, die cutting, and temporary surface protection. It is offered with the option of standard or permanent anti-static treatment, depending on the application requirements.
Product Photos
Product Overview
Anti static pet film is used when standard polyester film cannot provide enough static control for precision processing. In electronics manufacturing, optical converting, and semiconductor-related packaging, surface charge can attract fine particles, affect adhesive cleanliness, and increase the risk of handling defects. An anti-static treated PET structure helps reduce those problems while maintaining the core film properties buyers still expect, including transparency, dimensional stability, smooth winding, and converting consistency. The film can be supplied with one-side or two-side treatment, depending on the application.
Benefits
- Helps reduce static buildup during slitting, laminating, die cutting, and handling
- Lowers dust attraction on sensitive surfaces and converted parts
- Supports cleaner processing for display, optical, and electronic applications
- Maintains good flatness for narrow-width slitting and precision converting
- Offers clear film options for inspection-related work and transparent protective uses
- Available as standard anti-static or permanent anti-static grades
- Can be supplied in master rolls, slit rolls, sheets, or packaging-oriented structures
- Suitable for ESD pet film and clear anti static film projects where process stability matters most
TDS
Property | Typical Reference |
Base material | PET polyester film |
Appearance | Clear, transparent, blue tint, or custom color |
Treatment type | Single-side or double-side anti-static treatment |
Anti-static grade | Standard anti-static / permanent anti-static |
Surface resistivity | Common supplier references are around 10^6 to 10^10 Ω or Ω/sq depending on grade and test method |
Thickness format | Thin film to sheet grades depending on converting or packaging use |
Width format | Master rolls, slit rolls, sheets |
Converting suitability | Slitting, sheeting, lamination, punching, die cutting |
Typical uses | Electronics protection, semiconductor packaging, optical converting, clean handling |
Optional structure | Plain film, coated film, release structure, adhesive-backed structure |
Packing and Loading
Applications
- Protective layer for electronic components
- Surface protection during panel and display processing
- Die-cutting base film for adhesive converting
- Carrier or cover layer in laminated structures
- Semiconductor and IC packaging support
- Cleanroom handling workflows
- Anti static polyester film for tray, insert, and thermoforming uses
- ESD protective PET film for precision assembly and packaging
What problems can this material solve in electronics processing?
In many factories, the main issue is not a visible spark. The bigger problem is contamination, unstable handling, and reduced yield during precision converting. When charge builds up on the film surface, dust and fine particles are more likely to be attracted, which can affect optical layers, adhesive cleanliness, and delicate electronic parts. Anti-static treated polyester film helps make unwinding, transfer, laminating, and die cutting more controlled, so the process stays cleaner from the first roll to the finished part. That is why this material is widely used in touch panels, display-related processing, semiconductor work, and protective packaging for sensitive components.
How should buyers compare permanent and standard anti-static grades?
The correct choice depends on the production environment and the risk level of the application. Standard grades may be suitable for general indoor converting, but permanent anti-static grades are more often selected when static control must remain stable in dry air, air-conditioned workshops, or humidity-changing environments. This difference is more important in electronic packaging, clean converting, and precision die cutting, where unstable surface behavior can affect cleanliness and yield. Before approval, buyers should confirm the target resistivity, thickness, treatment side, transparency requirement, and final supply form. They should also confirm whether the film is needed for temporary protection only or for a process that requires more consistent static-dissipative polyester film performance through storage, conversion, and final use.
FAQ
What is this film mainly used for?
It is mainly used for electronics converting, ESD-sensitive packaging, die cutting, clean handling, and temporary surface protection where charge buildup and dust attraction need to be reduced.
Can it be supplied with single-side or double-side treatment?
Yes. It can be supplied with single-side or double-side anti-static treatment depending on the processing method and target application.
Is permanent anti-static grade better for dry workshops?
Often yes. Permanent grades are usually preferred when more stable performance is required under dry or air-conditioned conditions.
What should buyers confirm before ordering?
The main points are final application, target resistivity, thickness, transparency, treatment side, roll or sheet format, and whether the project needs standard or permanent anti-static performance.
