crusher spring

Applicable materials:River pebbles, granite, basalt, iron ore, limestone, quartz stone, diabase, iron ore, gold ore, copper ore, etc.

Spring inner diameter:

180(mm)

1300(mm)free height:

12-1000t/hProduction capacity:

01Guide installation

02Regular return visits

Product DescriptionProduct PerformanceWorking PrincipleTechnical Parameters

Product Description

The function of the spring is to prevent the crusher from being damaged when it enters non-crushing objects. Therefore, the pressure of the spring and the crushing force of the crusher are consistent. Normally, during the working process of the crusher, the spring is stationary and only When there is iron falling inside the crusher and the crusher is overloaded, its support sleeve is lifted up, resulting in elastic compression.

The material of the crusher spring is generally high-strength steel wire. The spring of this material not only has the characteristics of strong pressure resistance and wear resistance, but also has the characteristics of good elasticity and long life, and can maintain good work for a long time. state.

Feeder spring, crusher spring, vibrator spring

Product Performance

  • 1High elastic modulus

    Springs have a high elastic modulus and can withstand large deformations while maintaining high recovery. force.

  • 2Good load stability

    The special structure of the spring gives it good load stability and can maintain a constant load value for a long time.

  • 3Uniform distribution of stress

    The uniformity of stress distribution is usually considered during the design and production process of springs to ensure uniform stress distribution when the spring deforms. Not prone to local breakage or damage.

Working Principle

When a spring is acted upon by an external force, it will undergo elastic deformation. This deformation is proportional to the magnitude of the external force. That is, the greater the amount of deformation, the greater the elastic force generated. Once the external force is removed, the spring returns to its original shape and size, releasing the stored energy.

Technical Parameters