SMH250F

SMH250F: Professional Choice for Fine Crushing

In industries with fine requirements for stone particle size, the SMH250F multi - cylinder hydraulic cone crusher has become an indispensable equipment due to its unique performance and professional crushing technology.

1. Feed Size and Fine Crushing Positioning

The maximum feed size of SMH250F is 115mm. This smaller feed size determines that it is very suitable for further fine processing of materials that have already undergone preliminary crushing. In some high - end construction, fine chemical and other industries with strict requirements for stone particle size, this precise feed capacity can ensure that the size of the materials entering the crusher meets the requirements of fine crushing. For example, in the preparation process of electronic ceramic raw materials, the raw materials processed in the early stage have a small particle size, and SMH250F can accurately accept these raw materials for the next step of fine crushing.

2. Narrow - range Discharge Port and Uniform Particle Size Output

The discharge port range is between 13 - 31mm. This narrow - range discharge port setting enables SMH250F to produce stones with very uniform particle sizes. In the glass manufacturing industry, extremely uniform quartz sand raw materials are required to ensure the quality of glass. SMH250F can produce quartz sand that meets the high standards of glass manufacturing by precisely controlling the discharge port. When producing products with extremely high requirements for particle size uniformity, such as precision abrasives, the advantage of its narrow - range discharge port is particularly prominent.

3. Adaptable Motor Power and Fine Production Guarantee

It is equipped with a 115kw motor power, avoiding unnecessary energy waste while meeting the power requirements for fine crushing. The production capacity ranges from 156 tons per hour to 226 tons per hour at different discharge ports. For fine crushing operations, which usually have a relatively small processing volume but high precision requirements, this motor power configuration is just right. For example, when producing electronic - grade quartz sand, it can stably achieve a certain production volume while ensuring the precision of product particle size.

4. Advantages in the Field of Fine Crushing

4.1 High - precision Crushing and Product Quality

During the fine crushing process, SMH250F can perform progressive squeezing and rubbing on materials through its unique crushing chamber design and precise motion trajectory, achieving gradual refinement. This high - precision crushing method can effectively avoid generating excessive fine powders or irregular particles that do not meet the particle size requirements during the crushing process, ensuring that the fine materials produced meet high - standard quality requirements.

4.2 Equipment Stability and Fine Production

This model of equipment shows a high degree of stability in fine crushing operations. Its structure design and component material selection are optimized around the requirements of fine crushing. In long - term fine production processes, such as in the production of high - end architectural decorative sand or electronic ceramic raw materials, it can maintain stable production performance without deviation in product particle size due to equipment fluctuations.

In summary, the SMH250F multi - cylinder hydraulic cone crusher, with its small feed size, narrow - range discharge port, appropriate motor power, professional fine - crushing principle, and significant equipment advantages, has an irreplaceable role in industries with high requirements for stone fineness and is a professional choice for fine crushing operations.