UV-INKJET NANOTECHNOLOGY
Consultancy
Red Diamond 620
Polymertronics Limited copyright 2008
Consultancy Programmes
Red Diamond 620 Datasheet
Features
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Low viscosity -
Fast UV curing
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High durability film
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Flexible
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Low voltage operation
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Stable storage
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Complement with UV curable colour inks
Red Diamond 620 is Polymertronics’ latest OLED fluid. It has been designed to be UV curable and can be driven from a the company’s OLED electronics driver, or from a low voltage electronic circuit. Red Diamond 620 is suitable for applications which are bespoke in nature. Additionally, it can be used in conjunction with UV curable colour inks.
Red Diamond 620 is single layer polymer OLED, sandwiched between an anode and a cathode. The applied DC voltage is dependent on the required parameters of the final printed device. Durability and flexibility are, for a constant light output, an inverse function of the applied voltage.
The formulation of Red Diamond 620 can be tailored by Polymertronics, or under license, to meet the physical and electronic requirements of a given application.
Kit Contents
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5ml UV curable OLED fluid
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Indium tin oxide coated glass substrates
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Indium tin oxide coated flexible substrate
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2g indium-gallium
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Encapsulation fluid
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OLED drive electronics module
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Pippettes
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Latex gloves
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Datasheet for OLED manufacture
Development Kit Datasheet
Polymertronics’ OLED development kit enables production of OLED displays for prototyping and education. Each kit includes essential chemicals and electronics to rapidly manufacture devices on glass and flexible substrates.
To manufacture an OLED device, the OLED, the device can be spin-coated onto a substrate. Accurate UV curing is a specialist technology, which Polymertronics can advise on.
For individual components and advise on ultra-violet curing, please contact Polymertronics.
Development Kit
Polymertronics delivers a comprehensive suite of technical hands-on consultancy programmes aimed at removing the uncertainty associated with developing new organic technology products and UV-curing systems. There are ten key component parts to creating a working OLED solution. Polymertronics provides the one-stop-shop solution: technology, patents and know-how to enable its customers to use the best solutions first time. This level of service is not attainable elsewhere, or without a significant in-house lead-time and dedicated expertise.
The key components to building an OLED system are:
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1.Substrates
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2.Anode and cathode materials
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3.Light emissive materials
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4.Conductive tracking materials
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5.Insulative materials
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6.OLED drive electronics
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7.Spin-coating, inkjet printing expertise
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8.Ultra-violet curing expertise / hardware
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9.Product integration
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10.Quality control for reliability
To deliver the right solution, Polymertronics offers a series of programmes. Each has been crafted to provide you what you need to get up and running in the minimum of time. Consultation can be at either your site, or at Polymertronics’ laboratory. All of Polymertronics’ programmes are practically orientated to provide you with a hands-on experience of every programme deliverable.
Polymertronics’ consultancy programmes are highly specialist and not easily replicated by other sources. They draw from high level education, new research & development, plus experience from leading edge technology sectors. The consultancy programmes are designed to take the user through a progressive set of steps. Starting with delivering a set of skills upon which everything else is built. The programmes are ideally set up for up to three people, where quality time can be imparted. Larger group sizes are by arrangement
Full list of products is available in Polymertronics’ Product Catalogue
