Does the extruder operate stably and reduce downtime?

In modern feed production, the continuous and stable operation of equipment directly affects a company's production capacity and operating costs.

How to optimize the thickness uniformity of the coater coating of feed machinery equipment by adjusting the roller speed difference?

The radial runout, axial parallelism and synchronization of the coating roller and the transmission system will affect the actual effect of the roller speed difference.

How does a dryer maximize thermal energy utilization through structural design?

Modern dryers, however, utilize innovative structural design to combine the compactness and efficiency of vertical drying with the uniformity and gentleness of horizontal drying.

How can mixers maintain mixing efficiency and operational stability during continuous production?

With their excellent mixing performance and stable structural design, mixers achieve mixing uniformity of 97% to 98%, short mixing times, and high efficiency, making them particularly suitable for large-scale continuous production.

How does an extruder ensure sufficient gelatinization and structural formation in low-starch feed formulations?

Through high-intensity shearing, precise temperature and humidity control, optimized screw geometry, and die design, combined with functional excipients.

How does the coater achieve zero-waste, precise spraying of oils and fats in aquatic feed?

The coater's core advantage lies in its "vacuum coating" technology. Within a sealed chamber, the equipment first creates a vacuum, reducing the pressure inside the pelleted feed and extracting air from the feed's micropores.