1. HPT hydraulic conecrusherHas higher efficiency. Adopting an optimized structure with fixed main axis and small ball surface axis, compared to the old styleSpring cone breakageThe efficiency is 5% -15% higher;

2. HPT hydraulic cone crusher has high output. The perfect combination design of crushing stroke, crushing speed, and crushing chamber shape results in a 35% -60% increase in production compared to old-fashioned spring cone crushers;

3. HPT hydraulic cone crusher has high quality. Adopting the unique principle of laminated crushing, the crushing effect between particles is generated, reducing the number of needle shaped stones and making the particle size more uniform;

HPT hydraulic cone crusher is more stable. When hard objects such as iron blocks that cannot be broken enter the machine, the iron protection device will automatically release them and then reset immediately.

HPT hydraulic conecrusherA new high-efficiency cone developed using the principle of multi cylinder cone breakingCrusher equipmentGreatly improving production capacity and crushing efficiency, compared toSpring cone breakageCrushers and general hydraulic cone crushers have more advantages.

HPT hydraulic cone crusher can be used for medium and fine crushing of stone materials. The crushing fineness of HPT hydraulic cone crusher depends on the crushing chamber type. Generally, standard type is suitable for medium crushing, medium type cone crusher is suitable for fine crushing, and short head type cone crusher is suitable for ultra fine crushing.

The HPT hydraulic cone crusher has a wide range of applications and can be widely used in metallurgy, construction, hydropower, transportation, chemical industry, and building materials industry. It is suitable for crushing various hard and medium hardness ores and rocks, and is the most ideal equipment for large-scale stone factories and mining crushing.

HPT hydraulic conecrusherThe processing process is as follows: the HPT hydraulic cone breaking cone performs a swinging motion under the action of the eccentric sleeve belt, driving the crushing wall to squeeze and rub the material between the crushing wall and the rolling mill wall. According to the laminating theory, the material is subjected to multiple directional forces, crushed and polished according to its own texture, and finally forms stable stone particles. Those that meet the discharge requirements fall from the swinging gap of the crushing wall, while the rest of the material continues to be crushed until the final requirements are met.