FAQs

Reduce the amount of small wet materials entering the crushing chamber by using the correct feeder. Operate the crushing chamber at the optimal speed. Running too fast can hinder the ability of the liner to grip and pull materials into the crushing chamber, leading to friction between the materials and the liner and promoting premature […]

The hardening of manganese steel liners makes them more durable, with better resistance to compression and impact. The surface’s hardness varies with application and manganese steel grade.

To produce high-quality manganese steel liners, the appropriate materials are first selected. Then, they are melted and the pouring process is carefully controlled. This is followed by heat treatment, processing, and shaping to fit the crusher perfectly.

Manganese steel liners are extremely hard and have very high wear resistance, able to withstand abrasion and impact. Additionally, the hardness of manganese steel liners increases as it wears, thereby increasing its wear resistance.

A manganese steel liner is a wear-resistant component used in crushers that has manganese added to increase its strength, durability, and toughness. Its hardness depends on the metal structure under a microscope.

To achieve austenitization, a temperature of at least 1080° is required, and the duration of treatment will depend on the thickness of the manganese steel liner. The optimal grain size is <3mm.

Reduce the amount of small wet materials entering the crushing chamber by using the correct feeder. Operate the crushing chamber at the optimal speed. Running too fast can hinder the ability of the liner to grip and pull materials into the crushing chamber, leading to friction between the materials and the liner and promoting premature […]