How to choose a Horizontal Strong Continuous Crusher
Horizontal Strong Continuous Crusher is used in solid-solid (ie powder and powder) solid-paste (ie powder) for pesticides, veterinary drugs, food, chemicals, biology, aquaculture, ceramics, refractories, plastics, compound fertilizers, etc. It is also suitable for mixing with viscous materials. About the purchase of this kind of equipment, today I share 6 points for everyone.
1. Choose according to the daily output. Because the processing time of each batch of materials is about 6 minutes, plus the time of discharging and feeding, the processing time of each batch of materials can be calculated in 10 minutes, and 6 batches can be processed in one hour. If you choose a mixer with a processing capacity of 100 kg per batch, you can process 600 kg per hour. Users can choose according to their needs.
2. According to the working principle of the horizontal spiral belt mixer, the ability of the double spiral belt for stirring and mixing to push materials in the opposite direction should be basically the same. Since the pitch of the inner spiral belt should be smaller than that of the outer spiral belt, the pitch of the inner spiral belt should be smaller than that of the outer spiral belt, and the width should be larger than the outer spiral belt, otherwise the material will be concentrated in one direction. Therefore, pay attention to this when choosing a horizontal intensive mixer.
3. According to the design principle, the gap between the spiral belt and the shell in the spiral belt mixer can be 4 mm to 10 mm, and the material can be driven by friction to participate in the mixing. However, since the pulverization particle size and the friction coefficient of the material are not the same, the time for the materials of the various components to participate in the mixing is different, resulting in product non-uniformity. Some manufacturers have realized this and have improved the product. One is to pay attention to the processing precision, so that the bottom gap is reduced to 1 mm ~ 2 mm; the other is to make the position between the main shaft and the housing adjustable, according to the amount of wear can be adjusted between the spiral belt and the housing Clearance. These two forms of product should be the best choice when choosing a horizontal intensive mixer.
4, choose the horizontal spiral belt mixer should pay attention to the discharge method. The form of the large opening should be chosen. Do not choose the discharge form of the side opening or the small opening at the bottom. The reason is: when the mixer finishes the mixing and mixing in the specified time, the uniformity of the material can be ensured once in the shortest time; if the side opening or the bottom small opening spiral belt is gradually released, the delay time will not be expected. Productivity, second, the material has reached the best uniformity, excessive agitation will cause the material to segregate, destroying the uniformity, thus losing the significance of using a horizontal mixer.
5, the use of horizontal intensive mixers should pay attention to the order of feeding. Generally, the bulk material, such as corn flour, soybean meal, etc., is first injected, and then the small component, such as premix, is added. Note that the premix must not be fed by the screw hoist, and the disposable dumping type feeding or manual feeding can avoid the loss of the separation of the active ingredients in the premix.
6, the use of horizontal intensive mixer, should be batched after the start of the mixer. Do not stop the machine when the mixing is finished, and mix a batch after the net material is discharged. If it is started after full load, it will cause the power distance to be too large to burn the motor.
In short, choosing a suitable Horizontal Strong Continuous Crusher and using it properly will significantly improve the quality of the self-ingredient and will soon reflect a benign effect in the breeding process. If you can further master the technology of self-premixing, you can also greatly reduce the cost of feed, thus increasing the profit of farming.