General Introduction to FTM Cone Crushers

For friends in stone and mining industries, they are not strange to cone crushers. Cone crushers, including symons cone crusher, hydraulic cone crusher, spring cone crusher and compound crusher, can be widely used for industries like mining, chemical engineering, building material and electric power, etc.

Along with the increasing demands for strength and performance of metal ores, non-metallic ores, cement and building material, cone crushers need to have higher working capacity and advanced production technologies. In recent years, cone crusher will be the indispensable support for crushing, sand-making and ore-separating technologies.

Cone crusher is made up of several key parts. Their structural strength and rigidity can directly influence the service life and working stability of cone crushers. Since loading situation of movable cone is very complex during the working process of cone crushers, finite element analysis on movable cone will have certain distance with the actual conditions.

Aiming at this problem, we take the hydraulic cone crusher as the major object of study and study its structure and working principle. To increase the crushing capacity of cone crushers, we can optimize the movable cones and other key parts. Under the premise to ensure rigidity and strength, we can decrease the quality of key parts.

By doing so, we can not only save materials, but also make the machine more potable. Interested in the price of cone crushers? Click website to download the latest price list and free PDF! Sincerely welcome you to come for site visit and inspection.