Category: General

The ITO coated polyester film UK based company Diamond Coatings produces is the perfect solution to 21st Century display & communications technology’s demands.

Conductive Copper Tape UK: Diamond Coatings’ adhesive conductive copper tape offers a range of benefits that make it suitable for many different applications. Here are some of these benefits and applications.

Boasting an excellent balance of properties that makes them in many ways superior to other coated thermoplastic polymers, Diamond Coatings’ ITO coated PET film rolls provide the ideal substrate for a wide range of converting industry applications.

Diamond Coatings UK recently launched a new ITO coated glass slides range featuring a layer of silicon oxide. Here is why.

Diamond Coatings’ AR1617 anti reflective coating film is a highly cost-effective and incredibly useful solution for large digital signage and display applications.

A pliable, lightweight and transparent substrate with outstanding heat & impact resistance, polycarbonate is unfortunately comparatively soft and subsequently somewhat lacking in scratch resistance. Applying our anti scratch coating remedies this lack and makes polycarbonate almost equal to glass in terms of hardness.

Internal testing against products supplied by leading copper tape UK manufacturers revealed that Diamond Coatings (DC) copper tape is the most conducting (both along itself and to metal surfaces) tape currently on the market.

Lightweight, pliable, transparent and boasting outstanding impact and heat resistance, polycarbonate makes an excellent alternative to glass in many ‘robust’ applications. Unfortunately, it somewhat lacks in scratch resistance. This can, however, be easily remedied with Diamond Coatings’ polycarbonate scratch resistant coating.

ITO acts as an integral feature on most robust capacitive touch solutions, due to its conductivity and high transparency being desired for most display or optically critical products.

The first, and simplest, type of AR coating was discovered in 1886 by British Physicist and Nobel Prize Winner (physics, 1904) John William Strutt, 3rd Baron Rayleigh (Lord Rayleigh). Upon testing some old, tarnished glass pieces (chemical reactions between the environment and the optical glass of his time tended to cause surface tarnishing on glass as it aged), Lord Raleigh found that – to his surprise – these tarnished pieces transmitted more light than clean, new pieces.