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Anode Steel Yoke


Definition：Anode Steel Yoke for aluminum industry
Generally, the method to get primary aluminum is electrolysis of aluminum oxide. The anode steel yoke is a necessary component of the electrolysis device. Usually the anode yoke consists of beam and pawl. The anode yoke is fixed with anode block and the main function is conducting between the block and the solution of aluminum oxide. Through the huge current, the anode block will turn into carbon dioxide and the solution will turn into pure aluminum. The process will generate high temperate around 950℃ ~ 970℃.

Features：
Because the electrolysis process is in high temperate and the anode block scrap in need of remove from the anode, the anode yokes suffer the continuous loss. The anode yokes are consumable.

SMI anode steel yokes have features as below that could reduce the cost of production of aluminum.
1. Can be used repeatedly
2. Stable structure
3. Stable electrical conductivity
4. High security

Definición:
Generalmente, el método para obtener aluminio primario es la electrólisis del óxido de aluminio. El yugo del ánodo es un componente necesario del dispositivo de electrólisis. Por lo general, el yugo del ánodo consta de una viga y un trinquete. El yugo del ánodo se fija con un bloque de ánodo y la función principal es conducir entre el bloque y la solución de óxido de aluminio. A través de la enorme corriente, el bloque del ánodo se convertirá en dióxido de carbono y la solución se convertirá en aluminio puro. El proceso generará una alta temperatura de alrededor de 950 °C ~ 970 °C.

Funciones:
Debido a que el proceso de electrólisis es de alta temperatura y la chatarra del bloque del ánodo necesita ser eliminada del ánodo, los yugos del ánodo sufren una pérdida continua. Los yugos del ánodo son consumibles.

Los yugos de ánodo SMI tienen las características que se indican a continuación que podrían reducir el costo de producción de aluminio.
1. Se puede utilizar repetidamente
2. Estructura estable
3. Conductividad eléctrica estable
4. Alta seguridad

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Electrolytic Aluminum Slag Grab

Electrolytic aluminum slag grab_03

ZG35Cr25Ni20 electrolytic aluminum slag grab, with its excellent high temperature resistance and corrosion resistance, is unique in the electrolytic aluminum industry. The grapple is made of high-quality 310S heat-resistant steel castings, which maintain excellent stability in high-temperature environments, ensuring that the grapple can operate stably in continuously high operating environments.

310S heat-resistant steel castings not only have excellent high temperature resistance, but also have excellent corrosion resistance. In the production process of electrolytic aluminum, due to the harsh environment such as strong acid and alkali, the corrosion resistance of the equipment is extremely high. The 310S heat-resistant steel castings used in ZG35Cr25Ni20 electrolytic aluminum slag grabber just meet this demand, which can operate stably for a long time in harsh environments, greatly improving production efficiency and service life of equipment.

In addition, the design of ZG35Cr25Ni20 electrolytic aluminum slag grabber also fully considers the actual use needs. Its unique structural design and optimized mechanical properties make the grab more stable and efficient when grabbing and handling slag. At the same time, its high temperature resistance and corrosion resistance also make the grab not easy to be damaged during long-term use, which greatly reduces the maintenance cost of the equipment.

In general, ZG35Cr25Ni20 electrolytic aluminum slag grabber has become a leader in the electrolytic aluminum industry with its high-temperature, corrosion-resistant 310S heat-resistant steel castings and optimized structural design. Its excellent performance not only improves production efficiency, but also reduces maintenance costs, providing strong support for the sustainable development of electrolytic aluminum enterprises.

Contact SMI directly, got your free quote today.

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Technical Specifications of Anode Yoke Bracket

The Technical Specifications of Anode Yoke Bracket:
The cast Anode yoke is made from cast steel alloy, normalized and in accord with BS3100 Grade A1. The maximum value for equivalent carbon (CEV), based on the mill test, shall be 0.35 CEV and shall be calculated using the following formula:
CEV =C+ Mn/6 + (Cr+Mo+V) /5 + (Ni+Cu) /15

SMI_Technical Specification of anode yoke bracket
SMI_Technical Specification of anode yoke bracket

Machined Surface Finish
The cast surface of the yoke to be in contact with the transition joint shall be machined (as per Anode yoke drawing). The casting shall be stress free prior to machining. The Manufacturer shall ensure the geometry with respect to the stubs (straightness and perpendicular) meet the requirements detailed on the drawings. The remaining surfaces shall be left in a smooth “As-Cast” condition typically Ra 12.5 to Ra 25. Grooves on stubs shall be cut or ground, as per Anode yoke drawing.

The chemical composition specification of the steel is shown as below:

SMI_Steel chemical composition specification
SMI_Steel chemical composition specification

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Trailer Jack

Trailer Jack

Customized Trailer Jack
Portable Crank for trailer jack
5000 pound jack parameters

SMI specializes in customizing trailer accessories since 1996, including Weight Distribution & Sway Control System, Flat_bottom Jacks, and Wheeled Jacks, etc. It is very popular in the trailer accessories market in the United States and Australia.

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Anode steel claw (Electrolytic claw) | Garra de acero del ánodo (garra electrolítica)

The Anode steel claw is also called electrolysis claw, electrolytic claw, anode steel Yoke, or anode yoke bracket etc.

Cast steel anode yoke
The cast steel anode yoke is an indispensable device in the anode guide rod in the electrolytic aluminum production process, which plays a role in connecting the upper and lower parts. The anode guide rod has an aluminum guide rod above and an anode carbon block underneath, which is the production of anode parts.

Cast steel anode yoke aluminum slag electrolyte
As a consumable, the cast steel anode yoke and its aluminum guide rod will be exhausted after one month of production in the electrolysis workshop. At this time, it is necessary to remove the old anode components and replace them with new ones. However, aluminum slag and electrolyte will remain on the old guide rod. The cleaning of the electrolyte will also be carried out in the anode assembly workshop.

Cast steel anode yoke protection ring
In addition to removing the electrolyte on the periphery of the cast steel anode yoke, it is also necessary to remove the phosphorus iron ring wrapped around the steel claw. Here, the phosphorus iron ring needs to be pressed off for pressure removal treatment, and finally shot blast cleaned up for recycling.

Cast steel anode yoke manufacturing process and production
In addition to recycling, cast steel anode yokes are also professionally produced. Use electric arc furnace and intermediate frequency furnace with rare earth refining to ensure the gas content in the molten steel and ensure the electrical conductivity and strength indicators of its steel claws.

Cast steel anode yoke model
Generally produces parallel three claws, four claws, three-dimensional four claws, six claws, eight claws, double cast steel anode yokes and other models.

Cast steel anode yoke Technical Standard
Cast steel anode yoke is a consumable in the electrolytic aluminum production process, and its consumption level and replacement frequency are generally based on the production limit of the electrolytic workshop. The transfer of the anode assembly can only be operated when the bus bar is lifted and the anode is replaced. Generally, when the anode carbon block is consumed for 15 to 18 days, it is necessary to raise the bus bar once and adjust the anode assembly once.
[Read more…] about Anode steel claw (Electrolytic claw) | Garra de acero del ánodo (garra electrolítica)

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Cast Iron Alloying Cage

SMI Cast Iron Alloying Cage

Used for magnesium alloying in aluminum cast house furnaces. Mg capacity: 260kg ~ 650 kg
Casting Alloy Cage, Magnesium Alloying Cage For Aluminum Furnace Equipment.

Application:
Using for adding alloy into aluminum cast house furnaces. For example magnesium, manganese, nickel and so on into aluminum furnaces. Attach the cage to a long pole. And the other end can be lifted using a forklift to add the required alloy to the furnace.

Place of Origin: China
Model Number: According to customer’s specifications
Application: Aluminum Industry
Material: Casting Alloy Steel
Capacity available: 260kg ~ 650kg
Got free quote today: inquiry@sinomachine.org

Jaula de aleación de hierro fundido
Se utiliza para la aleación de magnesio en hornos domésticos de fundición de aluminio. Capacidad de Mg: 260 kg ~ 650 kg
Jaula de aleación de fundición, jaula de aleación de magnesio para equipos de hornos de aluminio.

Aplicación:
Se usa para agregar aleación en hornos domésticos de fundición de aluminio. Por ejemplo, magnesio, manganeso, níquel, etc., en hornos de aluminio. Sujeta la jaula a un poste largo. Y el otro extremo se puede levantar con una carretilla elevadora para agregar la aleación requerida al horno.

Aplicación:
Se usa para agregar aleación en hornos domésticos de fundición de aluminio. Por ejemplo, magnesio, manganeso, níquel, etc., en hornos de aluminio. Sujeta la jaula a un poste largo. Y el otro extremo se puede levantar con una carretilla elevadora para agregar la aleación requerida al horno.

Lugar de origen: China
Número de modelo: ¡De acuerdo con las especificaciones del cliente!
Aplicación: Industria del aluminio
Material: fundición de acero aleado
Capacidad disponible: 260 kg ~ 650 kg
Obtuve una cotización gratis hoy: inquiry@sinomachine.org