Niasi is a leading manufacturer in China specializing in blending and extrusion control. This Loss-in-Weight Feeder for Continuous Processes is one of our factory's outstanding machines, capable of providing stable, high-precision material proportions and extrusion thickness/weight control solutions. Loss-in-Weight Feeder for Continuous Processes's accurate control of extrusion traction ensures uniform thickness/weight of extruded products, while high-precision proportioning (0.05%) ensures accurate blending of materials.
Niasi is a leading manufacturer in China specializing in blending and extrusion control. This Loss-in-Weight Feeder for Continuous Processes is one of our factory's outstanding machines, capable of providing stable, high-precision material proportions and extrusion thickness/weight control solutions. Loss-in-Weight Feeder for Continuous Processes's accurate control of extrusion traction ensures uniform thickness/weight of extruded products, while high-precision proportioning (0.05%) ensures accurate blending of materials.
This Loss-in-Weight Feeder for Continuous Processes from Niasi is equipped with two weighing sensors at the bottom of each material unit, rapidly measuring the weight of the material in the loss-in-weight hopper. The speed of the metering screw in each component is then controlled by Loss-in-Weight Feeder for Continuous Processes to ensure that the actual ratio matches the set ratio. The control of the traction device is determined by the actual traction speed calculated by the Loss-in-Weight Feeder for Continuous Processes's weight meter, compared to the set traction speed, and adjusted by controlling the traction frequency converter to ensure consistency between set and actual values. This ensures that the thickness/weight of the extruded product meets customer specifications. By controlling extrusion and traction simultaneously, the Loss-in-Weight Feeder for Continuous Processes can quickly and stably control the extruded product, allowing for product specification changes within a minute. Precise thickness/weight control can save 2%-3% of raw materials.