Ferroalloy Refining Equipment

Ferroalloy ore furnace (Ferrosilicon) The production process of the equipment is shown below: Production process description: The loading machine is used to load the charge into the distribution bin, and the belt feeder is arranged under each bin. After it is sent to the weighing bin for batching, it is transported to the top silo platform through the large-angle belt conveyor and several movable belt conveyors, and the charge is added to the furnace through the charging

Electric furnace for treating zinc-containing tailing slag Equipment use: The equipment adopts fire smelting technology, adding mixed materials containing zinc oxide, coke, solvent, etc. into the furnace, using electric energy to heat zinc materials to distill zinc steam, and condensing zinc steam through the condenser to produce crude zinc products. Equipment Overview: 1. The equipment is designed and manufactured according to GBl0067.1-4 "Basic Technical Conditions for

The main types of tailings electric furnaces in the smelting industry include electric arc furnaces, submerged arc furnaces, etc. The following is a detailed introduction to them: Electric arc furnace: Working principle: Utilizing the high temperature generated by the arc between the electrode and the furnace material to melt and smelt tailings materials. When current passes through the electrode, an arc is formed between the electrode end and the furnace charge, and the high

product brief introduction: Induction furnaces with frequencies in the range of 150~10000 Hz are called medium-frequency induction furnaces. Medium frequency induction furnace is suitable for smelting high-quality steel and alloy special smelting equipment, with fast melting speed, high production efficiency, strong adaptability, flexible use, electromagnetic stirring effect is good, easy to start operation, liquid steel by slag thin cover (reduce air pollution to liquid

Ferroalloy smelting equipment High quality Industrial Submerged Arc Furnace (SAF) Diagnostic property: Furnace body of submerged arc furnace (SAF). According to the electrode arrangement in the submerged arc furnace (SAF), the furnace type of the submerged arc furnace has a triangular electrode abusive type, which includes a circular furnace and a triangular furnace; The electrode is linearly arranged and comprises a rectangular furnace and an oval furnace. The shape of the

6300kVA low carbon ferrochrome refining furnace Technology advantage: Our company has in China to build successful example of the same kind of plant, can supply factory buildings and public facilities overall layout, the design scope of supply of 7000 kva titanium slag furnace full set of equipment, including: furnace system; Exhaust system; Electrode lifting system; Short_net system; The hydraulic system; The tapping system; Cooling water system; Electric furnace transformer

Ferroalloy ore furnace -Ferroalloy ore furnace Silicon manganese furnace use: The main purpose of the furnace is to add qualified manganese ore, silica, manganese rich slag, carbonaceous reducing agent, dolomite or lime and other raw materials to the furnace according to a certain proportion of ingredients. The high voltage power supply is input by the mineral furnace transformer, short net system and electrode holder, and the electrode is inserted into the charge for

Ferroalloy ore furnace - high carbon ferrochrome High carbon chromium alloy smelting: In this project, high carbon chromium alloy is smelted by flux method. The high carbon chromium alloy is obtained by reducing the chromium oxide of chromium ore with coke and adjusting the melting point of slag with flux. Conforming raw materials, higher furnace temperature, good chemical and physical properties of slag, large reaction area, are the necessary conditions to ensure the high

Product Description: The furnace for ferroalloy ore arc operates by generating an electric arc between the electrodes and the raw material, which results in heating and melting the ferroalloy ore. The temperatures that the furnace can reach range from 2000-2500°C, making it ideal for refining ferroalloy ore. The efficiency of the Ferroalloy Ore Arc Furnace is high, which means that it can refine large quantities of ferroalloy ore in a short amount of time. The furnace also

Electric magnesia furnace Electric fused magnesia product introduction:​ Fused magnesia is the product of magnesite and other magnesia raw materials after high temperature treatment to achieve sintering degree. The magnesia made of natural magnesite as raw material is called sintered magnesia by using shaft kiln, rotary kiln and other high temperature equipment in one calcination or two steps calcination process; The fused magnesite formed by electric arc furnace after

Micro Carbon Ferrochrome Refining Furnace Equipment for Ferroalloy Refining Plant The micro carbon ferrochrome refining furnace is engineered to produce ultra low carbon ferrochrome with a carbon content of 0.03% or below. Based on argon oxygen decarburization (AOD), it delivers deep decarburization with minimal chromium loss. Key Selling Points Micro Carbon Ferrochrome Furnace: Advanced refining furnace designed for ultra low carbon ferrochrome grades used in stainless and

Low Carbon Ferrochrome Refining Furnace Equipment for Ferroalloy Refining Line The low carbon ferrochrome refining furnace is a dedicated refining unit for producing low carbon and medium carbon ferrochrome from high carbon ferrochrome melt. It combines oxygen blowing and argon stirring to decarburize the melt while keeping chromium recovery high and carbon content low. Key Selling Points Low Carbon Ferrochrome Refining Furnace: Purpose-built refining vessel for converting

1. Overview of the Micro Carbon Ferrochrome Refining Furnace The micro carbon ferrochrome refining furnace is a 3500 kVA tilting electric refining unit developed for the stable production of ultra low carbon ferrochrome alloys. Through precise temperature control and optimized slag practice, the furnace removes carbon from the high carbon ferrochrome melt while minimizing chromium loss, delivering micro carbon ferrochrome with tight composition tolerance for stainless steel

1. Overview of the Low Carbon Ferrochrome Refining Furnace The low carbon ferrochrome refining electric furnace is a tilting-type refining unit specially designed for the electro-silicothermic production of low carbon and micro carbon ferrochrome. It refines high carbon ferrochrome melts with chromium ore and lime under a reducing atmosphere, effectively lowering the carbon content while protecting chromium recovery. The furnace is widely applied in ferroalloy plants for

10000KVA Low Carbon Ferromanganese Refining Furnace Energy Saving Smelting Line Overview: This 10000KVA low carbon ferromanganese refining furnace is supplied as a complete energy-saving smelting production line, including furnace body, transformer, hydraulic tilting system, waste heat recovery and baghouse dedusting. It is purpose-built for low carbon ferromanganese production with reduced energy cost and environmental compliance. Key Features Complete production line:

10000KVA Medium Carbon Ferromanganese Refining Furnace with PLC Electrode Control Overview: This 10000KVA medium carbon ferromanganese refining furnace features a PLC automatic electrode control system with hydraulic regulation, delivering precise electrode positioning and stable arc operation. Designed for continuous refining of medium carbon ferromanganese, it reduces power consumption and improves alloy quality consistency. Key Features PLC automatic electrode control with

10000KVA Medium Low Carbon Ferromanganese Refining Furnace Overview: This 10000KVA medium low carbon ferromanganese refining furnace is a large-capacity submerged arc smelting system engineered for ferroalloy plants producing medium carbon ferromanganese (MC FeMn) and low carbon ferromanganese (LC FeMn). It integrates a 10000KVA refining transformer, water-cooled furnace shell, PLC automatic electrode regulation and continuous tapping design for stable, round-the-clock

1. Product Overview The Multi-electrode Ferrosilicon Smelting Furnace is a new-generation large-scale, high-efficiency submerged arc furnace optimized specifically for mass production of ferrosilicon alloys. Different from traditional 3-electrode single-loop smelting furnaces, this equipment adopts a mature multi-electrode symmetric layout (6-electrode standard configuration), which forms a uniform and stable high-temperature molten pool inside the furnace. It realizes

12.5MVA Furnace Transformer System Dedicated Power Supply for Medium-Low Carbon Ferromanganese Refining Furnaces Product Overview The WN-FT-12.5MVA-35/0.38 is a purpose-built furnace transformer designed to deliver reliable, high-current power to electric ladle refining furnaces producing medium-low carbon ferromanganese. With an input voltage of 35kV stepped down to 380V at 12.5MVA, this oil-immersed transformer features on-load tap changing, advanced OFAF cooling, and Class

12.5MVA Electric Ladle Refining Furnace Large-Scale Medium-Low Carbon Ferromanganese Production System Product Overview The WN-LRF-12.5MVA Electric Ladle Refining Furnace is a heavy-duty metallurgical system specifically designed for the production of medium-low carbon ferromanganese (FeMn) alloys. With a 12.5MVA transformer rating and 45-ton batch capacity, this furnace delivers exceptional refining performance through advanced arc heating, slag-metal reaction optimization,