PET (polyethylene teraphthalate) film, a thermoplastic polymer, is commonly known as polyester film. Either bubble extruded or biaxially oriented, PET films are among the converting industry’s most commonly used substrates, mainly due to their balance of properties in comparison to varying other thermoplastic polymers.
From smart phones, tablets and laptops to cash points, transatlantic aircrafts’ seat backs, musical instruments (touch screen guitars, for instance), touch screens are now a firm part of our lives and can be found wherever we happen to go.
Highly transparent (with a total light transmittance of 87%; haze 2%) and smooth-surfaced, polyethylene naphthalate (PEN) film has excellent heat stability (thermal shrinkage at 150 deg C×30 mins. is MD/TD 0.1% and 0.0% respectively; at 200 deg C×10 mins., thermal shrinkage is 0.3% for both MD and TD).
The quality of projected images is a cinema’s most valuable asset. While reel-to-reel movie projectors did not have to use specialised port windows with advanced optical technology, today’s digital projection means both new and old theatres have to ensure their cinema projector glass has optimal colour rendition and light transmission for digitally projected media in both 3D and 2D.
Innovative and vastly experienced in depositing clear conductive coatings and ITO coatings onto plastic substrates, Diamond Coatings is recognised as a leader in the manufacture of high quality vacuum coatings. Our unique, flexible system for the handling of substrates enables us to deposit conductive coatings onto shaped, injection moulded or flat plastic substrates.
Designed to hold specimens flat and in place, glass coverslips protect against dust and contamination through accidental contact. They also prevent contact between a microscope’s objective lens and the specimen and/or contact between a specimen and immersive liquids (water or oil, for example).
Transparent ITO heaters are visually transparent substrates coated with electrically conductive indium tin oxide at different sheet resistances. As current passes through this coating, it generates the necessary heat required to extend operating temperatures of liquid crystal displays (LCDs) within cold environments, as well as serving to anti-fog, de-ice and anti-ice optical displays/optics.
Diamond Coatings is opening a new state of the art manufacturing facility in the USA in early 2016.
