In high-yielding materials, auto parts are first to be addressed not by choosing an off-the-shelf model, but by identifying the percentage of the product, the location of wear, production and life expectancy. This step determines whether the subsequent spiral diameter, structure and material grade are well founded.

Additions and fillings change the demand for currents, frictions, wear, corrosion and mixing. The configuration is not limited to additions, but also focuses on particle form, carrier, fibre length, decomposition products and batch fluctuations; where necessary, the screws, drums, retroring, nozzles and dry delivery systems are evaluated together. Material analysis cannot remain under PPP, ABS or PA names. The specific plate number, the percentage of the product or mineral filling, the flame-retarding system, the water-bearing requirements, the permitted stay time and the recommended processing temperature should be checked. Differences in the sensitivity of viscosity, wear, corrosiveness and shearing may be apparent in the broad categories of the same material, which change the compression ratio, the three-part ratio, alloy and surface treatment.

Calculates the nominal value to be converted to the actual condition. The machine often uses PS as a reference for the gel weight, which should be revised by density when using other raw materials; the weight of the product should be added to the main course, traffic separation and a reasonable buffer. The larger the diameter of the screw, the greater the theoretical capacity, but the pressure of injections per unit area under the same hydraulic pressure or servo system will decline and the resolution of the measurement of the small amount of the aerosol may also be variable. The focus of the discussion here is the ratio of the product, the location of the wear, the output and the life expectancy, which must correspond to the customer ' s current production conditions and not be limited to the maximum values in the machine sample.

In the context of this project, it is proposed to adopt the line of “selection of dual alloys or high-resistant grinding materials according to life-targets”. First, to determine whether the available data support the choice, then to calculate the volume of reductive, pressure and plasticization, and finally to discuss the geometry, front-end components and material handling of the screws. If the standard scheme is able to cover the window, priority should be given to the standard configuration; if only normal nitrogenization is not able to cope with the risk of continued grinding, the dedicated structure is presented and the increased costs, delivery periods and expected benefits are indicated.

The cost of the misconfiguration is not only the screw itself, but also the cut-off, the waste of raw materials, the testing of molds, the delay in delivery and the credibility of customers. Precautionary measures built around simple nitrogenization that cannot cope with continuous grain grinding are more economical than re-routing after problems have arisen; the vendor can then move from a mere offerer to a partner capable of taking technical screening.

The external run-off, yield and maintenance cycles are recommended as the main indicators at the time of acceptance and are synchronized to record the temperature, screw velocity, back pressure, measurement position, buffer position, injection peak pressure and continuous sample weight for the various areas of the drum. At least three reasonable process points, low, medium and high, are covered to confirm that the programme is not effective under a single parameter. For aluminum manufacturers and vendors, professionalism is reflected in the ability to translate the client language into engineering parameters and to interpret the programme into production, quality, maintenance and cost results that the client can understand. The establishment of standard processes around high-yielding fibre-optic materials will not only improve the accuracy of this selection, but also create reusable machine and application databases.