Tehran Tak Industrial Group
Rotary Hearth Calciner
Rotary Hearth Calcining technology is used for high-temperature thermal treatment of petroleum coke. Green Pet Coke (GPC) granules are rapidly heated in these furnaces to temperatures of around 1400°C to produce Calcined Pet Coke (CPC). This flexible and agile technology is a great alternative to horizontal Rotary Kilns and Vertical Shaft Calciners, due to benefits such as low cost, low site area occupation, and higher yield among many others.
Tehran Tak has years of experience in developing and fine-tuning this technology. We can provide these furnaces at any requested capacity for customers around the world.
DC Electric Arc Furnace (EAF)
Direct Current Electric Arc Furnaces (DC-EAF) are used to produce variuos Ferroalloys such as Fe-Si, Fe-Mn, Si-Mn, Fe-Ni, and high carbon Fe-Cr, as well as silicon metal. A single carbon electrode is used instead of three electrodes of the AC furnace, while the hearth acts as the second electrode. Self-baking or prebaked electrodes can be used depending on the size of the furnace. This slashes costs and ensures a stable arc with low-flicker and low-consumption performance.
Tehran Tak pioneers in design and construction of DC Electric Arc Furnace (EAF) for smelting Ferroalloys in Asia. We can provide these furnaces to customers around the world.
About Us
We have 25 years of experience in design and development of special machinery and technologies. These include Rotary Hearth Pet Coke Calciners, as well as Direct Current Electric Arc Furnaces (DC-EAF) for the first time in Asia. Both technologies have proved to be successful, and our furnaces have been reliably producing products such as high quality Calcined Petroleum Coke (CPC) and various Ferro Alloys including Ferrosilicon FeSi75.
We are open to cooperation with companies and business parties from around the world for technology transfer, design, and construction of these furnaces according to customer needs in terms of capacity, environmental regulations, etc. Please get in touch with us to discuss our potential mode of cooperation based on your interests.