Acero al manganeso alto mandíbula fija, mandíbula móvil

Jaw is the main component of jaw crusher, divided into movable jaw plate and fixed jaw plate two. Jaw crusher is given by the moving jaw jaw constitutes the working chamber and composition, moving jaw and fixed jaw broken under tremendous force and friction materials, easily worn, in order to protect the jaw, generally moving jaw and fixed jaw of surface mount wear liner, this liner is also known as broken boards. Surface usually made of broken plates tooth, broken tooth plate peak angle 90° ~ 120°, its size is determined by the nature of the material to be broken and the block may be, crushing bulk materials, the angle should be bigger; crushing small block of material, the angle can be smaller. Particle size of the pitch depends on the product, typically taking about equal to the width of the discharge port, tooth height and pitch ratio preferably of 0.5 ~ 0.33. Work, broken down into two parts wear plate is not the same speed, the lower wear out faster than the upper, when broken jaw crusher plates work in direct contact with the material, under enormous crushing force and friction materials, life is directly related to the broken plate efficiency and production costs jaw crusher, therefore, to extend the life of jaw crusher crushing plate is particularly important. Strengthen jaw broken crusher plate life can be considered from the design, material selection, assembly and use of the process improvements and other aspects.

Nuestra empresa suministra la mandíbula y el acero al manganeso de ultra alto manganeso, mediante un diseño y gestión de producción de procesos científicos y estrictos de fundición, colada y tratamiento térmico, con alto grado de desgaste y larga vida útil. Podemos producir varios modelos y tipos de mandíbula, bienvenido a dejarnos un mensaje o llamarnos con sus requisitos detallados, y le proporcionaremos la solución perfecta en el primer momento. Ventajas del proceso:

1. El material utiliza manganeso Mn18 o Mn21 con más del 13% de manganeso, alto grado de desgaste y larga vida útil.

2. La tecnología de endurecimiento por trabajo permite que la mandíbula bajo presión continúe fortaleciendo su dureza, alcanzando una alta dureza.

3. El proceso de tratamiento térmico utilizando el "tratamiento de agua resistente" evita el uso de transiciones de fase naturales que dejan un rendimiento deficiente, proporcionando buena tenacidad.