Sammanfattning: Kvarnens kapacitet och finhet ?r tv? extremt viktiga faktorer som p?verkar produktionens l?nsamhet. Kapaciteten ?r m?ngden f?rdig produkt

Utg?ngen och finheten hos kvarnen ?r tv? extremt viktiga l?nkar som p?verkar produktionens vinst. Utg?ngen ?r m?ngden f?rdiga produkter per tidsenhet, och finheten best?mmer om den f?rdiga produkten kan anv?ndas smidigt i olika industrier. Det finns ett n?ra samband mellan utbyte och finhet. H?r f?ljer en kort introduktion till sambandet mellan dessa tv? faktorer.

F?r slipningsutrustningen i kvarnen, vid materialproduktion, ?r inte bara produktionen viktig, utan ocks? finheten hos det f?rdiga pulveret, eftersom de b?da best?mmer den totala inkomsten f?r produktionslinjen, och de tv? har ocks? ett n?ra samband mellan dem. H?r f?ljer en kort introduktion till detta n?ra samband.

Genom analys av slipmaskinens produktionsprocess kan man konstatera att n?r produktionen ?r h?g ?r partiklarna i det f?rdiga pulveret st?rre, och n?r det f?rdiga pulvret ?r finare ?r utrustningens produktion l?gre, det vill s?ga det f?rdiga pulverets finhet ?r omv?nt relaterad till storleken p? produktionskapaciteten. Varf?r ?r detta?

 When the mill grinds the material, if the required fineness of the finished product is high, then the speed of the analyzer inside the mill is relatively high, which makes the coarser analysis after the grinding cannot pass, and needs to be re-ground. This extends the time of the powder inside the mill, which means that the amount of finished powder discharged by the mill per unit time is reduced, so its productivity is reduced. Similarly, when the fineness of the powder is low, analysis The machine speed is slow, most of the powder can pass, so there is more finished powder discharged per unit time, so the output is higher.

Production is one of the most concerned issues for customers. In the production of mills, because the size of the production is closely related to the fineness of the powder, it is not possible to pursue the size of the production capacity, but also to take into account the size of the finished particles. Appropriate finished products can meet the needs of the market. From this aspect, it can be seen that the decline in output is not only caused by the problems of the equipment itself, but also caused by factors such as operation, which may be caused by changes in the fineness of the finished product. In actual production, when there is a phenomenon of a decline in production, it is necessary to make a careful judgment.