Efficiency Coarse Crushing – Analysis Of The Strength Of SANME JC Series Jaw Crusher

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Efficiency Coarse Crushing – Analysis Of The Strength Of SANME JC Series Jaw Crusher



The project for China Resources Cement (Guigang) annual output of 5 million tons of aggregate production line, which is provided by Shanghai SANME, has entered the delivery stage. In this project, SANME supplied the large host equipment, like the JC Series Jaw Crusher (JC771 & JC663) and the HC Series Impact Crusher (HC6118 & HC 5118). The assembly and debugging of the Large European Style Jaw Crusher JC771 & JC663 has been completed and meets the delivery requirements. This project is a new paramount milestone in the long-term cooperation between Shanghai SANME and China Resources!

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The JC series jaw crusher of Shanghai SANME Mining Machinery Corp., Ltd. is a new generation product developed using professional crushing technology and research results, based on decades of experience in jaw crusher design and manufacturing, and finite element analysis method. It has multiple different models and can meet the high requirements of wide applications. As a coarse crushing equipment, JC series jaw crushers can be widely used in the fields of sand and gravel aggregate production, mineral processing, and construction solid waste resource utilization.

Compared with traditional jaw crushers, the JC series jaw crushers pay more attention to details in design and manufacturing, using high-strength materials and professional manufacturing processes. They have advantages such as higher structural strength, higher equipment reliability, larger crushing ratio, higher output, and lower comprehensive processing costs. They are highly favored by customers in industries such as mining, metallurgy, construction, chemical, and transportation. Among them, large jaw crushers such as JC783, JC771, and JC663 are the preferred equipment for coarse crushing operations in large soft and hard material crushing projects due to their strong production capacity and high efficiency performance.

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