Film Dictionary
- A-PET
- Acetate films
- Acrylate pre-treatment
- AEO Certificate
- Anti-fog film
- Antistatic films
- Bio-based films
- Cable films
- Calibration
- Cellophane films
- Compostability of films
- Corona pretreatment
- DI acetate films
- Digital transfer printing
- DYE inks
- Filing tab for Fastback, glossary
- Film manufacturers
- Film production
- Film tags
- Food-safe films
- GAG PET film
- Heat-resistant lidding films
- Hydrolysis-resistant BO-PET films
- Ink fountain films for Heidelberg presses
- Ink fountain films for König und Bauer presses
- Inkjet
- Inkjet film IPF
- Inkjet repro
- Laminating films
- Liquid toner
- MELINEX film
- Mirror films
- Mounting films
- Mylar film
- MYLAR-A films
- Oeko-Tex
- Offset printing
- optimont® 500-A-PET
- optimont® 501
- optimont® 501-R
- optimont® AF
- optimont® CDA
- optimont® copy-laser-film
- optimont® IPF
- optimont® Laserfilm
- optimont® MF AS AC
- optimont® MF-MW film
- optimont® Syntheticpaper
- optimont® TRM
- optimont® Visor Film Nova
- optimont® VTM-0
- optimont® Z2M
- PA / Polyamide
- pick and place
- Pigment inks
- PLA / Polylactic acid, Polyactide
- Polycarbonate / PC
- Polyethylene / PE
- Polyethylenterephalat (PET)
- PP / Polypropylene
- PS / Polystyrene
- PU pretreatment
- RFID
- Screen printing
- Solid inks
- Surface tension
- Syntheticpaper
- TCA pretreatment
- Transfer films
- Visible window backsplash
- Window film
TCA pretreatment
If the surface of our optimont® polyester films is exposed to 2-4% trichloroacetic acid, the surface tension increases up to 80 dyne. With such treated films, e.g. adhesive tapes with strong adhesive can be produced very well.
