With plastic being so versatile, there are many coating options available, However, our plastic coatings are different and offer something quite impressive.
Why use ITO on plastic?
Why use ITO on plastic? ITO (Indium Tin Oxide) is a transparent substance that can carry an electric charge. It can be applied as a clear coating offering a multitude of applications across a range of industries. ITO initially could only be deposited onto a glass substrate due to the required minimum deposition temperature of […]
ITO Polyester Film
When you include an ITO (Indium Tin Oxide) coating to polyester films, the possible applications take on a whole new level.
What Is ITO Plastic?
When plastic is coated in a thin film of ITO, it retains its original aesthetics, but also carries an electric charge – quite cool, right?
Indium Coating On Plastic
Modern-day advancements have now seen Indium coating on plastic (in the form of Indium Tin oxide) become a workable reality
What Is ITO?
ITO is short for Indium Tin Oxide. ITO is a transparent conducting oxide that can be applied to substrates such as glass and plastic.
Can plastic be electrically conductive?
Can plastic be electrically conductive? Plastic is never normally regarded as having the ability to be conductive. Plastic is plastic and that’s it, right? Wrong! With a little bit of modern-day sorcery, yes – plastic can be electrically conductive. There are a couple of ways that this can be achieved, but we will focus on […]
Anti Reflective Plastic Film
The usage possibilities of anti reflective plastic film is simply vast. Plastic film can be so versatile with a high tensile strength and protective properties that add to the benefit of making a surface appear with zero reflection.
ITO Film Suppliers
A conductive, transparent film that is suitable for many applications in industries including transport, medical, entertainment and military.
ITO PET Film Supplier
ITO (Indium Tin Oxide) is a clear solution that can be applied to PET film with no loss of optical clarity, instead, you gain an electrically conductive thermoplastic.