1.Optimizing the production process.
The structural design of Harden parallel twin screw ensures relatively stable flow of plastic material between the screws. The smaller diameter and larger pitch of the screws result in faster and more uniform flow of the plastic material along the axis of the screws. This helps to reduce shear and deformation of the plastic during processing, ensuring dimensional accuracy and consistency of the products. The structure of Harden parallel twin screw is relatively simple, making it easy to maintain and clean. The smaller screw diameter reduces the likelihood of material residue and buildup, reducing the frequency of cleaning and replacement. This improves production efficiency and lowers maintenance costs. Additionally, the smaller screw diameter results in less frictional surface area between the screws, reducing the accumulation of shear heat. This helps to prevent overheating and degradation of the plastic, preserving its quality and performance.

2.precise, versatile：
Harden parallel twin screws can be custom designed to meet specific customer requirements. The length, diameter, pitch, and structure of the screws can be adjusted to accommodate different processing needs and application areas. Harden parallel twin screw designs offer excellent temperature and pressure control capabilities, ensuring stable and controlled processing parameters. This helps improve production consistency and repeatability while reducing variability and waste generation during the production process. By adjusting the screw speed and feed rate, shear forces and shear rates can be regulated to meet the requirements of different materials and processing conditions. This makes them suitable for handling plastics with varying viscosities, flow properties, and characteristics.