Merck and Seiko Epson announced that the two companies have signed a cooperation and licensing agreement for ink materials for OLED displays. Epson has the technology to convert Merck's OLED materials into ink. Under the agreement, Epson will provide this technology to Merck for use in the production of OLED TV displays.
It is reported that mass production of OLED displays by inkjet, long-life OLED materials and ink technology for accurate and fast printing of OLED materials are indispensable. Through this collaboration, the two companies plan to combine Merck's long-life OLED materials with Epson's proud ink conversion technology to enable the use of OLED inks in inkjet printing equipment.
In the future, Merck and Epson will continue to work closely together to develop a blueprint for the development of inkjet technology, enabling Merck to promote the commercialization of OLED inks based on the current and future needs of OLED TV manufacturing, and create OLED TVs using inkjet technology. The ink industry standard.
Through its partnership with Epson, Merck has dominated all current and future TV technology-related fields. According to relevant market research, OLED TV will develop into the second largest TV technology after LCD TV. It is predicted that by 2017, LCD TVs will have a market share of 93% in the global market, while OLED TV will monopolize the remaining 7%, and the market share of the latter is expected to continue to grow.
Diameter of caster : 100MM
Width of caster : 32MM
Bearer : 90-136KG
Bearing : Ball Bearing and Axle tube
Height of caster : 130MM
Turning radius :81MM
Full Brake Turning radius : 127MM
Commonly used nylon fibers can be divided into two categories.
A class of polydydramines, which are made up of diamine and diacid, has a chemical structure of long-chain molecules:
H-[HN(CH2)xNHCO(CH2)yCO]-OH
The relative molecular weight of these nylons is generally 17,000-23,000. Depending on the number of carbon atoms used for binary amines and binary acids, different nylon products can be obtained and can be distinguished by the number added to the nylon, wherein the previous number is the number of carbon atoms of binary amines and the latter number is the number of carbon atoms of binary acids. For example, nylon 66 indicates that it is made of hexaamine and hexachloric acid, and nylon 610 indicates that it is made of hexamine and hexadic acid.
The other is derived from the concentration or open-loop polymerization of endamide, and the chemical structure of its long-chain molecules is:
H-[NH(CH2)xCO]-OH
According to the number of carbon atoms contained in its cell structure, different varieties can be named. For example, nylon 6, which means that it is made up of hexylamide open-loop polymerization containing six carbon atoms.
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