Soderberg Electrode Paste is also called Anode Paste, Self-baking Electrodes Paste or Electrode Carbon Paste. It is used as conductor in submerged arc furnace under self-baking process while manufacturing different types of Ferro Alloys and Calcium Carbides.
Carbon Paste Electrode by CarboGraphite has high density and good electrical conductivity, and low ash content. Our Carbon Paste Electrodes are saying its good performance on customers' working sites.
Carbon Electrode Paste Uses, Paste Electrode Application
It is used as a conductor in submerged Arc Furnace under Self Baking Process commonly known as Soderberg Electrode and is widely used in Ferro Alloys, Carbide Industry & Metal Cleaning Process.
Carbon Electrode paste is used for forming continuous self-baking electrodes (It is also called Soderberg Electrode Paste) in electrical thermal furnaces for the production of a various types of ferroalloys, carbide industry & metal cleaning process.
CarboGraphite started its business as a producer of electrode paste since 1992, it has grow into a professional
manufacturer of carbon electrodes products, with main prodcuts carbon electrode paste and graphite electrodes,
Learn know-how with over 20 years' expertise, CarboGraphite has made itself as a reputed name home and aboard.
Our carbon electrode paste capacity reach 20,000MT/year, and capable to produce 60,000MT of quality graphite electrodes annually.
Our carbon graphite electrodes are made to last, this make us reputed member of CCIA (Chinese Carbon Industry) Assosiation.
we help our agents and disctributors in, Europe to thrive their business. In the years to come, we are looking for more partners
and to share more for our customers, our agents and distributors.
Electrode Paste,Ferro Nickel Electrode Paste,Ferro Chromium Electrode Paste,Ferro Silicon Electrode Paste Carbographite Industrial PTE.LTD , https://www.carbographite.com
Recently, the research group of Professor Li Lidong of Beijing University of Science and Technology has organized two kinds of organic white light materials, such as polymer white light material and organic small molecule white light material, around the key problems in the development of white light organic light emitting diodes, and prepared a single layer white light OLED device. The maximum luminous brightness is greater than 10000 cd/m2, the luminous efficiency is greater than 30 cd/A, the lifetime is more than 1500 hours, and the color temperature is 4000-7000 K. The device can be prepared by a solution processing method, and the production process is simple, and the production cost is expected to be reduced. In addition, the research results of the solution injection carrier/transport layer, the improvement of the light emission efficiency of the device, and the selection of the high reflectivity cathode structure are compatible with the mainstream roll-to-roll production process in the future, and have a good application prospect. At present, the single-emitting layer white light device prepared by this subject is mainly concentrated in small-sized devices, and the next experiment and research work on device size-enlargement preparation will be carried out. As a new type of solid-state lighting source, white OLED (organic light-emitting diode) has the advantages of energy saving, environmental protection, easy control, and low heat dissipation. It is considered to be an important lighting source in the future. Internationally, the United States, the European Union, etc. have incorporated white OLEDs. The development of solid light sources is planned. At present, OLED white light devices mainly adopt multi-layer light-emitting structures of red, green and blue light materials, and have problems such as complicated preparation process, unstable color of light emission, and high production cost. .xspace-ajaxdiv{position:absolute;padding:10px;background-color:#eee;border:1pxsolid#999;}