How to solve the problem that materials with high moisture content are prone to adhere to the cone crusher

The cone crusher is a highly efficient crushing equipment widely used in the mining and building materials industries. Its working performance directly affects the efficiency and economic benefits of the entire production line. However, when dealing with materials with a high moisture content, the problem of material adhering to the inner wall of the crushing chamber is often encountered. This not only affects the crushing efficiency but also accelerates equipment wear and even causes production failures. This article will delve into how to effectively address this issue and ensure the stable operation of the cone crusher during the processing of materials with high moisture content.

First, material pretreatment

Material pretreatment is a key step to solve the problem that materials with high moisture content are prone to adhere to the cone crusher. The following are several commonly used material pretreatment methods:

1. Drying treatment: Thoroughly dry the materials to reduce their moisture content. Equipment such as dryers can be used to ensure that the moisture content of the materials meets the requirements.

2. Screening treatment: Through screening, the materials are classified according to different particle sizes to reduce the parts with higher water content in the materials and lower the possibility of adhesion.

3. Pre-feeding and homogenization: Pre-feeding and homogenization of the materials are carried out to ensure uniform force distribution and reduce the possibility of adhesion.

Second, machine structure optimization

The structural design of the cone crusher plays a crucial role in solving the problem of material adhesion. The following are several methods for optimizing machine structures:

1. Strengthen the lubrication system: Set up the lubrication system reasonably to ensure the lubrication of the friction surfaces of all parts of the machine and reduce the possibility of material adhesion;

2. Optimize the design of the silo: Establish a reasonable silo structure to ensure smooth material discharge from the silo and reduce the possibility of material accumulation and adhesion.

3. Prevent material leakage: Repair or replace the leaking parts of the crusher to avoid water accumulation and adhesion inside the machine.