일반적으로 말하면, there are two methods of biofertilizer granulation in Biofertilizer 생산 라인: dry granulation and wet granulation. The two methods have different requirements for biomaterials. 게다가, different 바이오 퍼티 리저 과립 장비 uses the two methods to make bio organic fertilizer granules.
What kind of biofertilizer is suitable for the dry granulation process?
Dry granulation requires that the moisture content of the granulation raw materials should be between 10-18%. It focuses more on squeezing the biofertilizer raw materials into granules through mechanical force, and can quickly form uniform granules. Dry granulation does not require additional drying treatment. So you can be directly package and transport the biofertilizer granules. This can reduce bio organic fertilizer production costs and energy consumption. 그러므로, dry granulation has a simple process, low investment, and simple operation, which is suitable for manufacturers who open small and medium-sized biofertilizer plants.
What biofertilizers can be granulated by wet granulation?
Wet granulation is a kind of biofertilizer granulation method. It is to granulate biofertilizer raw materials with a moisture content of 30-50%. Moreover you can add certain amount of water or 생물학적 제제 during the granulation process. 하지만, in order to ensure the quality of biofertilizer granules, you also need to configure a 로타리 건조기 and a drum cooler for the production line. Then you can package and sell the produced biofertilizer granules.
Which bio pelletizers are suitable for wet and dry granulation methods?
~에 유 룬신, we have designed a variety of biofertilizer pelletizer. 예를 들어, 디스크 입력기 그리고 드럼 과립 화 기계. Both of them are wet granulation, with a granulation rate as high as 93%. The granules produced are round in shape and have a diameter of 3mm-8mm. 그만큼 롤러 압출 입 조산기 we designed adopts dry granulation process. which is suitable for granulating various common compound fertilizer materials. Granulate biofertilizer by double-roll extrusion. It can produce granules of various shapes and sizes such as semicircular and walnut shapes.