Hydraulic Cone Crusher is Widely Used in Infrastructure Construction

Hydraulic cone crusher is a highly efficient cone crusher based on the technology introduced from Germany. It can not only improve the production capacity and crushing efficiency, but also expand its application field. Hydraulic cone crusher can do a perfect work in all kinds of fine, coarse and mediate crushing from limestone to basalt and from sand production to rock crushing. The rapid development of infrastructure construction opens a big market for sand materials, among which qualified sands will be well received by customers. The natural sands cannot satisfy the market, so the adoption of crushing and grinding equipment is a way to solve the problem. The sandstone used in infrastructure construction is mainly basalt which is the main source of the current sands. It is often processed with highly efficient and energy-saving hydraulic cone crusher. Hydraulic cone crusher is the most ideal machine to process large-scale materials. Fote hydraulic cone crusher can be widely used to crush materials like iron ore, nonferrous metal ore, basalt, granite, limestone, sandstone, pebbles, etc with granularity under 350Mpa in mining, cement plant, sandstone industry.

Advantages and Features of Hydraulic Cone Crusher:

1. It is equipped with three hydraulic insurance devices: insurance oil cylinder, lock cylinder and hydraulic motivated oil cylinder, which can not only protect the cylinder, but also maintain it without disassembling.

2. The final products granularity can be regulated automatically, easily and reliably.

3. The crushing chamber is designed with intergranular laminating principle, which can improve crushing ratio and output obviously and increase the cube granularity.

4. If the iron materials enter into the chamber, the machine can discharge it out with the hydraulic force, reducing considerably the maintenance work and cost.

Besides, hydraulic cone crusher has bigger advantages than the common cone crusher: low production cost, small abrasion, low functioning cost, hydraulic protection and cleaning, high automatic degree and short fault time.