Xi'an Hongxin Arc Furnace Company Limited
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Quality Ladle Arc Furnace LF 15T~300T Ladle Furnace Refining 3MVA-48MVA factory

Ladle Arc Furnace LF 15T~300T Ladle Furnace Refining 3MVA-48MVA

Ladle Electric Arc Furnace(LF 15~300t) Refining furnaces, also known as secondary refining furnaces or ladle refining equipment, are used for deep treatment of molten steel from primary furnaces (EAF, converter, etc.). They aim to improve molten steel purity, adjust composition and temperature, and meet the production requirements of continuous casting and high-quality steel. The LF furnace is the most widely used secondary refining equipment, with specifications covering 6t

Quality SAF Water Cooled Protective Cover Used For Submerged / Electric Arc Furnace factory

SAF Water Cooled Protective Cover Used For Submerged / Electric Arc Furnace

SAF Spare Part: High-Temperature Resistant Water-Cooled Protective Cover 1. Introduction The water-cooled protective cover is a key protective component of the electrode system in submerged arc furnaces (SAF). Installed at the lower part of the electrode, it isolates high-temperature furnace gas and thermal radiation, protects the electrode bottom device from burning, and removes heat through circulating cooling water to ensure stable operation of equipment under high

Quality Automation DCS Control System SAF Furnace Control System Tested On Site factory

Automation DCS Control System SAF Furnace Control System Tested On Site

SAF Furnace Control System DCS Automation Control The basic automation level (L1) is the core execution layer of metallurgical control systems, responsible for equipment sequence control, loop regulation, and data acquisition. For submerged arc furnaces and electric arc furnaces, the L1 control system mainly includes two platforms: Programmable Logic Controller (PLC) and Distributed Control System (DCS). The control core of submerged arc furnaces lies in electrode control,

Quality 1000V Low Voltage Compensation System For Submerged Arc Furnace factory

1000V Low Voltage Compensation System For Submerged Arc Furnace

SAF Low Voltage Compensation System Low voltage compensation systems are mainly used in 0.4kV and 0.69kV distribution systems, suitable for refining furnaces, auxiliary equipment, and workshop distribution. National standard GB/T 15576-2020 specifies technical requirements for low-voltage reactive power compensation assemblies.I. General Parameters of Low Voltage Compensation DeviceParameter SpecificationRated Voltage1000V (or 1140V) Frequency1000 Hz Dynamic Response

Quality High Voltage Compensation Equipment For Submerged Arc Furnace factory

High Voltage Compensation Equipment For Submerged Arc Furnace

SAF High Voltage Compensation System High Voltage Compensation System Used for Submerged Arc Furnace I. Overview Compensation equipment is a key component in metallurgical power supply systems, used to improve power factor, stabilize voltage, filter harmonics, reduce line losses, and ensure stable operation of impact loads such as EAFs and refining furnaces. Based on voltage level, compensation principle, and functional characteristics, they are mainly classified into the

Quality RH Ruhrstahl Heraeus Vacuum Degassing Refining Furnace 80T~320T factory

RH Ruhrstahl Heraeus Vacuum Degassing Refining Furnace 80T~320T

Ruhrstahl Heraeus (RH) Vacuum Degassing Refining Furnace (80t~320t) I. Overview The RH vacuum circulation degassing process (RH process) is a highly efficient secondary refining technology for molten steel. It was jointly developed by Ruhrstahl and Heraeus in Germany in 1957, with the equipment name derived from the initials of the two companies. This technology utilizes the vacuum circulation principle to perform various refining treatments on molten steel, including

Quality SAF Flue Gas Purification System Fume Treatment Plant High Efficiency factory

SAF Flue Gas Purification System Fume Treatment Plant High Efficiency

SAF Flue Gas Purification System/ Fume Treatment Plant During the smelting process, electric arc furnaces generate large amounts of high-temperature, high-dust-content flue gas, which must be equipped with efficient dedusting systems to meet environmental emission requirements. Baghouse dust collectors are the mainstream equipment for arc furnace dust removal, achieving dust removal efficiencies exceeding 99.5% and controlling outlet emissions to 10 mg/m or even lower.

Quality Positive Pressure Dust Collector System Industrial Baghouse Dust Collector factory

Positive Pressure Dust Collector System Industrial Baghouse Dust Collector

Positive Pressure Baghouse Dust Collection System 1. Definition & Working Principle Positive pressure dust collection system refers to the configuration where the fan is installed before the dust collector. The fan pushes the dust-laden flue gas into the dust collector, where the gas is filtered through filter bags under positive pressure, and the purified gas is directly discharged or sent for subsequent treatment. The fan pushes dust-laden flue gas under positive pressure

Quality SAF And EAF Parameter Electrical Measurement Instruments 0~999MW Power factory

SAF And EAF Parameter Electrical Measurement Instruments 0~999MW Power

Electrical Parameter Measurement Instruments SAF and EAF are high-current, low-voltage equipment requiring precise measurement of primary and secondary side voltage, current, power, power factor and other electrical parameters for power management and process optimization. 1. CT and VT Type Primary Rating Secondary Output Accuracy Class Applications Current Transformer (CT) 100~100,000A 5A/1A/4~20mA 0.2/0.5/1.0 Primary side high current measurement, secondary current

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