New York, United States – March 23, 2022 —
Organic materials enjoy advantages like more flexibility, cost-effectiveness, and ease of manufacture, especially when compared with silicon-based materials. To make such materials more easily accessible to all researchers worldwide, earlier this month Alfa Chemistry announces that it now starts to offer a large array of organic and printed electronics materials.
Organic printed electronic components are very thin, flexible, and transparent, and have a wide range of applications in areas such as consumer electronics, packaging, automotive industry, pharmaceuticals, energy, or home appliances.
“We are committed to providing various organic semiconductor products to support academic research of high-performance devices like organic solar cells, organic light-emitting diodes, and organic thin-film transistors. Also, as organic electronic products are still undergoing the transition from laboratory scale to production, our scientific team would be fully supportive in the encounter with professional technical problems,” says the Marketing Chief of Alfa Chemistry.
The organic and printed electronics materials offered by Alfa Chemistry:
Inks for Printing Applications
Different inks are used for different printing occasions. Alfa Chemistry provides conductive ink, dielectric ink, and semiconductor ink. The most common types of conductive inks are metal nanoparticle and particulate inks. Dielectric inks and coatings can protect and enhance the operation of conductive materials, improve energy storage devices, and enable electronic devices to operate at bias voltages. Semiconductor inks play a vital role in the construction of high-performance printed electronic devices.
OLED is an emerging display and lighting technology while polymer OLED (or PLED) is an OLED device made of polymer materials. Alfa Chemistry provides a variety of major chemical classes of LEPs, including polyphenylene vinylene and polyfluorene polymers, for OLED and PLED research.
Organic Field Effect Transistor Materials
Organic field effect transistors (OFETs) are not only the basic building blocks of flexible integrated circuits and displays, but also promising components for the next-generation electronic devices. Alfa Chemistry provides a variety of materials to support the OFET research.
Organic Solar Cells
Alfa Chemistry is able to provide a variety of materials and products, such as donor materials, acceptor materials, materials for buffer layer and dye sensitized solar cell materials, for various organic solar cell applications.
Substrates and Electrode Materials
The substrates and electrode materials available at Alfa Chemistry include: electrode materials, materials for surface modification, fluorine-doped tin oxide glass, glass substrates, plastic substrates, silicon wafers, single crystal substrates, as well as gold-coated substrates.
Synthetic Tools and Reagents
The synthetic tools and reagents offered by Alfa Chemistry for organic electronics research encompass: ligands and metal complex precursors, synthetic intermediates, thiophene monomers and building blocks, polyphenylenevinylene monomers, polyfluorene monomers, as well as OPV donors and acceptors.
Please visit https://semiconductor.alfachemic.com/products/organic-and-printed-electronics.html to learn more about Alfa Chemistry’s offering of organic and printed electronics materials.
About Alfa Chemistry
Grown to be a reliable partner for leading companies in the semiconductor industry, Alfa Chemistry offers an extensive product portfolio of semiconductor materials that could be used in micro and nanoelectronics, organic and printed electronics and semiconductor industry. At the same time, it also provides tailored solutions for different occasions such as wafer manufacturing, semiconductor analysis and quality control. With concerted efforts from the whole staff, Alfa Chemistry is a perfect choice for both materials and services related to semiconductors.
Name: Tylor Keller
Email: Send Email
Organization: Alfa Chemistry
Address: NY, USA
Release ID: 89071768
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