{"id":5158,"date":"2019-06-12T06:07:56","date_gmt":"2019-06-12T06:07:56","guid":{"rendered":"http:\/\/www.adtechamm.com\/?p=5158"},"modified":"2019-06-12T06:07:56","modified_gmt":"2019-06-12T06:07:56","slug":"aluminum-and-nitrogen","status":"publish","type":"post","link":"https:\/\/www.adtechamm.com\/es\/aluminum-and-nitrogen\/","title":{"rendered":"Aluminio y nitr\u00f3geno"},"content":{"rendered":"

Aluminio y nitr\u00f3geno<\/strong><\/p>\n

Aluminum And Nitrogen is very important in the process of degassing aluminum.
\nWhat is the basic principle of nitrogen gas rotary blowing and degassing of aluminum alloy liquid?<\/strong>
\nEl nitr\u00f3geno gaseoso sale por la boquilla de grafito del desgasificador rotativo y flota en el aluminio fundido.
\nThe hydrogen partial pressure in the nitrogen bubble just emerging from the graphite nozzle is 0. When the nitrogen floats, the hydrogen diffuses from the aluminum liquid into the nitrogen bubble under the driving force of the hydrogen pressure difference.
\nThis process is stopped until the hydrogen partial pressure in the nitrogen gas bubbles and the hydrogen partial pressure in the aluminum liquid are balanced, and then the nitrogen gas is lifted up to the surface with hydrogen gas to remove the gas.<\/p>\n

The online aluminum liquid purification device has always been the subject of research on aluminum alloy casting and rolling, and the purity of the nitrogen used for refining in the purification device is a key factor that directly affects the purification effect.<\/p>\n

Aluminum And Nitrogen Relationship is important for Aluminium Foundry.<\/strong>
\nAdTech refined the volume of nitrogen bubbles by improving the rotating nozzle in the process of purifying nitrogen purification, and increased the contact area between nitrogen and aluminum, thereby improving the effect of degassing and slag removal, and achieving the purpose of aluminum purification. Improve the quality of the product.<\/p>\n

\"Aluminio<\/p>\n

Tecnolog\u00eda publicitaria UNIDAD DE DESGASIFICACI\u00d3N EN L\u00cdNEA<\/a> Instruction<\/strong>
\nApaga la unidad de calentamiento una vez finalizado el proceso de desgasificaci\u00f3n de la caja. Introduce gas inerte en el rotor y vierte el aluminio fundido en la caja cuando la temperatura del calentador se acerque a la del aluminio fundido.
\nComprueba el sellado entre la entrada\/salida y el canal de descarga.
\nComprueba el cono situado en el sistema de drenaje de la protecci\u00f3n t\u00e9rmica, en la parte inferior.
\nCheck the molten aluminum temperature (min 720\u00b0C). Make the height of molten aluminum which be away from launder bottom at 3cm for observing the molten aluminum going into the box.
\nOperator shall wear protection clothes to close the cover. The slag on surface can be skimmed through the deslagging outlet when the molten aluminum flows into the box.
\nStart production when temperature up to 780\u00b0C. Close deslagging outlet for heating preservation.
\nEl aluminio fundido puede permanecer en la caja a la temperatura de solidificaci\u00f3n durante la fase de conservaci\u00f3n del calor, sin que sea necesario manipularlo.
\nIntroduce gases inertes en el rotor para evitar que el aluminio fundido obstruya la salida de aire.
\nEnciende el calentador en cuanto haya finalizado el vertido del aluminio fundido en la caja y configura los par\u00e1metros de mantenimiento del calor.
\nAl poner en marcha el sistema de calentamiento, se controla la temperatura del aluminio fundido y se supervisa el caudal de gas; la velocidad del rotor pasa de la fase de mantenimiento del calor a la fase de procesamiento. Al mismo tiempo, aumenta el flujo de gas inerte que entra en el rotor y el caudal de gas pasa de la fase de mantenimiento a la fase de procesamiento.
\nOperator sets molten aluminum heating temperature, maintain a stable degassing working condition.<\/p>\n

\"Aluminio<\/p>\n