HSM series reversible hammer crusher

Characteristics and technical advantages of HSM series reversible hammer crusher products

• Low investment cost, energy-saving and consumption reducing

  If the HSM series reversible hammer crusher is used in the sand making system, and an open circuit system is adopted for production according to the raw material situation and product requirements, the circulating material conveying equipment and finished product screening equipment can be eliminated, saving investment and production costs. Due to its simple process and high yield, the system's unit energy consumption can be lower than that of a vertical shaft breaking system.

• Good particle size and reasonable grading of finished products

  The particles are mostly cubic in shape. The content of needles and flakes is low, meeting the requirements of national first-class products. Reasonable particle size distribution can reduce the dosage of concrete cementitious materials (cement) and additives under the same conditions. The comparative industrial experimental results show that compared with ordinary machine-made sand, the cost per cubic meter of concrete can be reduced by 3-7% in production cost

• Wide applicability

  The adaptability range for feed particle size is wider, and any particle size or combination of multiple particle sizes within the 0-90mm range can be fed in. According to market demand and changes, a certain level of coarse aggregate with poor market conditions can be selectively processed and converted into machine-made sand, thereby achieving flexible configuration of the final product on the production line.

• Can switch production between sand for mortar and sand for concrete

  Equipped with a frequency converter, the fineness modulus of the finished product can be adjusted online according to needs. The opening size of the sand making machine's discharge grate plate can be selected to adapt to different materials and discharge particle sizes, enabling the switching production of sand for mortar and concrete.