The TLD agitator series is designed by professional fluid engineers and has undergone extensive testing to generate large flow rates per unit of power. During development, the same device program is analyzed using a computer: the design of the wings, the shape of the blades, the curvature and angle (the inclination of the blades) need to be harmonious to optimize the flow rate, reduce drag to a small level, and achieve maximum efficiency.
The TLD series impeller has four low inclination, curved blades. The blade is conical, and the blade section with low inclination has a higher velocity at the top; The speed of blades that are closer to the axis and have wider and higher inclinations is lower. Increasing the curvature of the blades from the top to the axis can improve the stirring efficiency near the axis at slower speeds. advantage Through specialized software analysis, TLD impellers have greater stirring capacity than other impellers. TLD series blades have higher efficiency than flat or inclined blades. The TLD blades manufactured by special production procedures make the impeller more efficient, stronger, and avoid bending due to fluid thrust.
At the same power, the TLD impeller is designed with low inclination blades and has a larger diameter than other impellers. Due to the symmetry of fluid thrust with respect to impeller diameter, larger TLD impellers are more stable in operation, reducing the load on the agitator drive. Therefore, having a larger speed ratio (impeller diameter/container diameter) is the preferred choice for most agitator operations. main features 1. Separate blades and hub, integrated design or bolt design
2. Polishing, special alloy material or rubber coating material
3. The available blade materials include: SS316, SS304, carbon steel liner, Hastelloy C276, A49, 1.4529 and other duplex steels, super austenitic alloy materials, etc. The impeller with three blades has higher stability.