Cone crushers were developed throughout the years to supply secondary, tertiary, as well as additionally quaternary reduction in material. Like all crushers for compression, the cone crushers are also featured with a cavity, or crushing chamber, where the rock is crushed until the normal size. The crushing chamber in the cone crusher is in fact a space between the mantle and concaves. These concaves, mantles and mantles are protected from wear and tear by a replaceable manganese liner.

The best Crusher Wear Parts for cone crusher liner

There are a variety of substances that can be utilized for lining cone crushers with coarse and fine feeds. However, you should take into consideration all factors when selecting liner materials. In reality, one of the most important elements in a cone crusher liner range is the feed. A feed must be of a high-quality before it can go into the crusher chamber. This well quality feed is typically referred to as:

0-10% passing a closed side setting

40-60% pass through a midpoint

90-100% passing through a closed side feed opening. Additionally, some look at 80% of open sides and select one of two options.

Initially, you need to ensure that you have a complete feed gradation not only a feed size, but also you could use a complete chamber. For the most effective material at the most affordable price, you must use as many of the crushing chamber as you can. Commonly, plant the feed size and output of the previous crushing stage is the size of your feed that would provide you the biggest cavity opening. This opening for the cavity must not be overly massive connection with the largest feed size. The openings in cavity are very much bigger than feed sizes, leading to the deterioration of used liner and a reduction in.

There are a variety of materials that can be taken into the consideration while choosing the cone crusher chamber design and crusher spare parts to meet your specifications. Insufficient liner shapes could result in a rise in lost time due to excessive wear on the liner, a lower efficiency, and even automated crushing damage in a few instances. It is essential that the choice of cone crusher be decided by the user. This always requires a periodic replacement of the cone crusher and also ensure the output. A wider selection of materials results in lower costs and better profits. Take a look below at the material selection:

High manganese is an extremely durable material that is resistant to wear and pressure. It also withstands extreme temperatures as well as wear. This is because; whenever the surface is subjected to a large impact or big contact stress, the surface of steel will be layered with the hardened surface with rapid improvement. But the steel’s inner layer retains the best hardness at the same at the same time. The main features of high-manganese steel can be found below.

The fresh layer of hardening is created through random wear on the surface of the hardened layer.

The higher the impact of the load’s outer, higher resistance to abrasion on the surface

The best material for heavy manganese steel appropriate for the manufacture of wear-resistant components is exposed to the endure carry for a prolong time and is extensively used in the construction industry, coal, electricity, metallurgy, railways and various other mechanical device. Qimingcasting is the best place to purchase crusher wear components.

Theoretically speaking, Mn13 is a heavy manganese steel , while Mn18 is ultra-loaded manganese steel. Impact hardness is affected by the amount of elements like Si. This is less than 0.5% less element P and S.

Cone crush liners can improve productivity

The equipment performance and choice of materials are essential for any crushing process. The equipment’s constant maintenance could result in serious issues. It is essential to maintain the equipment properly and run it efficiently. You might need a more comprehensive approach than just selecting a different material or lining the cone crusher. Be sure that the manufacturer has the expertise and abilities to choose the right type of materials for your needs and also your process by studying the complete equipment setup and procedure as well.