HPC Cone Crusher
High Pressure and Performance Crushing Equipment
The HPC Cone Crusher has been designed and developed to achieve a high crushing ratio and high through-put capacity, with its newly designed crushing chamber. This chamber achieves this by increasing the density of feed material from inlet to outlet as the materials are crushed under high pressure.
The robust design of the crusher body is reinforced to withstand high pressure crushing, and to ensure that the crusher equipment can be operated under heavy operating conditions for long periods of time.
If you’re looking for a cone crusher for sale, the team at Minprovise can help. Contact our expert team to find out more about our wide range of crushers including, Kawasaki and Kobe crushers.
Features of the HPC Cone Crusher
Crushing Equipment with High Performance
HPC curved crushing chamber provides a high level of performance. The bisector line is vertical at the inlet of the crushing chamber, with a gradual slant from inlet to outlet. This design ensures the gravitational push of feed materials downwards into the crushing chamber at an economical and efficient rate, increasing not only your through-put capacity, but also your high set-under ratio. The performance of the cone crusher is one of main reasons we offer this equipment for sale at Minprovise.
Endurance of Performance
In the case of conventional cone crushers, usually the inlet width of the crushing chamber decreases through the constant wear of its crushing members. In the case of Earthtechnica’s HPC, the upper region of its crushing parts is especially reinforced with a unique groove, this ensures the even wear of its parts from inlet to outlet.
Wide Inlet of Crushing Chamber
The configuration of the upper part of the HPC concave is an inverse cone which provides a wide inlet into the crushing chamber. The HPC can receive very flat and long materials without bridging, allowing the crusher to be used as a substitute for the secondary gyratory crushers.
Robust Body Design
The HPC is specifically designed for the body to withstand continuous heavy loads of feed materials that are also robust and strong in nature – especially iron ore.