Single Stage Hammer Crusher

DPC series single-stage impact hammer crusher is one of the leading products in our company which is widely used to crush limestone stones with medium hardness compressive strength under 200 Mpa and calcium content higher than 40%.

Big feed port makes high charging rate.

Rear cover could be opened by hydraulic traction bar easy to change impact plate and easy to maintain.

When machine shut down service condition could be observed.

Single stage and high capacity.

DPC series single-stage impact hammer crusher is composed of rotor bearing part discharge dandruff comb strike plate and shell. Hammer of the crusher strikes ore stone ore stone hits impact plate and ore stone impacts each other these are the principle of single stage hammer crusher. Ore stone is fed to feed port by feeder then it will fall into crushing cavity where there are two relative rotating rotors and impacted by hammer to get preliminary crushing. Material will be secondly crushed by rotor and impact plate in the process of falling down then shunted by strike plate to go two mutual symmetry discharge area finally standard material will be discharged by bottom of the machine.

• Production capacity : 70-1000T/H Notice: this capacity is mean value and the specific production capacity is subject to clients’ actual equipment configuration.
• Processable Material : granite marble basalt iron ore cobble shale bluestone coal cobblestone construction waste
• Range of Application : Stone crushing in building materials industry highway and railway construction housing and other industries.

DPC series single-stage impact hammer crusher is one of the leading products in our company, which is widely used to crush limestone, stones with medium hardness, compressive strength under 200 Mpa and calcium content higher than 40%. It can crush the big size ore to the small size ones which can be directly fed to the grinding mill, thus replace the traditional two-stage crushing, simplify the process, save infrastructure investment and production cost.