LOWER MOLECULAR Weight. There are also addictives that can degrade base resins, adding another layer of complexity.

　　of the maximum shot capacity of the machine. This is accessable, but not entirely account.

　　; The Plastic in the Compression Section is Partially Molten; And the Plastic in the Feed Section is in the Process of Softening and Will Be Melted Soon.

　　Screw Type & Mdash; Will Play a Role in Determing the amount of molten plastic on the scream.

　　addition to the molten plastic on the scream.

　　In the feed section will be higher in the Second SCENARIO, where 20% of the shot size is using compared to the 100%.

　　The amount of plastic in Front of the Scream to the AMount of Molten Plastic on the Scream of the Sections.

　　Can be used for callrations.

　　ESTIMATING The amunch inside the barrel is a function of severteral factionors.

　　spends in the barrel.

　　The miss that has not Yet Reached the Melt Temperature, and so some portion of the Plastic in the Feed Zone is not considerd.

　　Clearly, this is not easy or publicical to perform in a day-to-day operation. To keep thinks simpler, there is a widly userd formula to call the number of shots in the back:

　　Number of shots = Maximum Machine Shot Capacity ÷ Shot Weight

　　Here Also, Residence Time is Calculated by Multiplying The Number of Shots in the Barrel by the Cycle Time. This formula works well for the most part but as we nowted is not 100% account 100% account 100% account

　　See the color show up on the parts.

　　Say 6 min, then the paras do not have any degraded plastic. However, if the maximum residence time for this material is 4 min, then degraDation is a definite concess.

　　Distribution.