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Crusher Liners

Cone crushers were invented over a century ago for secondary, tertiary, or even quaternary material removal.

Cone Crushers are similar to other crushers that compress. They are equipped with an crushing chamber, or cavity, where the rock is crushed down to a smaller dimension. Cone Crushers are equipped with an crushing chamber. It is the space between concaves and mantle, which is the steel piece that moves. The manganese liner can be replaced to protect the concaves and mantle from daily wear.

How do you choose a cone crusher liner

There are numerous liners for coarse and fine feeds. The one you choose will depend on several elements. The feed is the primary aspect of Cone Mill Liners Foundry.

It is essential to have a properly graded feed that is fed into the crushing chamber. A feed that is well-graded is typically considered to be:

90-100% of them passing through the closed-side feed opening. A few people also consider the open side and choose the smaller one.

40%-60% at the middle

0-10% of the population is passing through the closed-side setting.

Making sure that the feed is grading in a consistent manner and not only the feed size is important to ensure you get the most of the chamber. To attain the required reduction in throughput and efficiency it is essential to use all of the crushing chamber as you can.

The size of the feed to your plant and the output from your earlier crushing stage define the size of your feed that will provide the largest open-up of the cavity. The feed size you choose for your top feed is not the only factor that determines the cavity opening. Cavity openings bigger than the feed size could result in inadequate reduction and lines.

The feed size shouldn't be insufficient. This could result in the majority of the crushing process to take place in the lower portion of the cavity. If this is the case, the bottom of liners will wear out faster than the top. The production will decrease due to the poor reduction ratio. When the volume is low, the crusher's maximum power will be exceeded and bearing alignment problems could occur.

Most of the wear on Mill Liners Foundry occurs right before the parallel zone (the most narrow space between the mantle and the concaves where the final crushing occurs) However, this wear can be increased in the event that the feed isn't adequate and you'll end up with a bowled-out pocket before the parallel zone is too early.

On the other hand, if the feed size is too fine the feed material is likely to keep moving through the feed opening, leading the top of the lines to wear down more quickly. The feed opening is shut which decreases the rate of flow and reduces production. The product will have more coarse output and will be more slender than cubical. When the power draw is minimal the limit of volume is exceeded.

Knowing the gradation of your crusher can help you choose the best Crusher Liners, configuration to achieve your production goals. A well-chosen liner will give you a better nip, and allow for greater flexibility in adjusting other parameters such as the closed-side setting.

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