"saf submerged arc furnace"
- 18 Éléments trouvés
Forneau à arc submergé au ferroniquel de 6,3 MVA à 45 MVA
6.3 MVA to 45 MVA Ferronickel Submerged Arc Furnace I. Overview The ferronickel submerged arc furnace (also known as a reduction furnace) is the core equipment specifically designed for smelting ferronickel alloy. This series covers capacities from 6.3 MVA to 45 MVA, encompassing medium, medium-large, and large ferronickel production units. Ferronickel is a key raw material for stainless steel production. The ferronickel furnace reduces nickel and iron oxides in laterite
Système de refroidissement à l'eau du four refroidi par eau SAF pour four à arc submergé
Water Cooling System Used for Submerged Arc Furnace The cooling and water system is the "lifeline" of the submerged arc furnace (SAF), responsible for removing the enormous heat generated by key components such as the electrode system, furnace body, and short network, ensuring continuous and stable operation within safe temperature ranges. This system consists of multiple subsystems including cooling water distribution, circulation, monitoring, and control. The rationality of
Pièces de rechange conductrices de four à arc submergé de chaussure de contact d'en cuivre de SAF
SAF Spare Part: Copper Contact Shoe I. Introduction The copper contact shoe is a key conductive component in the electrode holding system of submerged arc furnaces (SAF). It is usually made of high-purity copper, installed at the lower part of the electrode, tightly attached to the electrode surface, transmitting the large current from the short network to the electrode, while withstanding harsh conditions such as furnace mouth high temperature, thermal radiation, and
Système de réseau court de four à arc submergé Forneau SAF / pièces EAF
Spare Parts Supply for SAF Short Network System The short network is a core component of the power supply system in submerged arc furnaces (SAF). It connects the secondary terminal of the transformer to the electrode copper shoe, undertaking the critical task of transmitting high-current electrical energy into the furnace. The design and manufacturing quality of the short network directly affect the power efficiency, three-phase balance, and operational stability of the SAF.
Type de cuivre d'acier inoxydable d'anneau inférieur de four à arc submergé
Stainless Steel or Copper Type Bottom Ring The bottom ring is one of the core components of the electrode combined holder in submerged arc furnaces (SAF). Located at the lowest end of the electrode holder, it undertakes multiple functions including protecting the electrode system, fixing the heat shield, and providing insulation protection. Its performance directly affects the stable operation of SAF and the frequency of shutdown maintenance. 1. Definition The bottom ring is
Système de manutention des matériaux du four à arc submergé Équipement auxiliaire du four
Material Handing System Material Handing System Used for Submerged Arc Furnace The Material Handing System(MHS) is an important part of metallurgical equipment such as EAF, refining furnace, and submerged arc furnace (SAF), responsible for accurately and efficiently delivering raw materials (scrap, ferroalloys, slag-forming materials, etc.) into the furnace according to process requirements. Core Equipment Classification of Material Handing System Bin Storage & Conveying
Équipement de compensation de haute tension pour les fours à arc immergés
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
Système de compensation de basse tension de 1000 V pour les fours à arc immergés
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 Voltage≤1000V (or 1140V) Frequency≤1000 Hz Dynamic Response
Louche chaude de métal de système de bâti de four à arc submergé/machine de bâti/machine de lingot
SAF Casting System Hot Metal Ladle / Casting Machine / Ingot MachineI. Overview:The casting system is a complete set of equipment for pouring liquid metal into molds for solidification, serving as the core part of metallurgical production.II. Permanent Mold Casting SystemPermanent mold casting, also known as hard mold casting, is a process where liquid metal is poured into reusable metal molds to obtain castings. This method features high mold reuse times (hundreds to
