Yige Mold provides specialized molding solutions for the critical T-type three-way structure in drainage systems. When molding the complex fluid channels of "one inlet and two outlets", this mold focuses on addressing the issues of structural strength and dimensional accuracy at the melt convergence point.
The mold adopts a multi-directional side-pulling core linkage structure to ensure the geometric accuracy and smooth transition at the junction area between the main pipe and the branch pipe. The pouring system adopts an asymmetric balanced flow channel design. Through precise flow and pressure control, the molten materials in different flow directions can achieve molecular-level full combination in the main convergence area, significantly enhancing the impact strength and compressive resistance of the weak points of the T-shaped structure.
Due to the non-uniform wall thickness characteristic of the three-way fitting, the mold is equipped with a zone-based closed-loop temperature control system. By independently regulating the mold temperatures in the main pipe and branch pipe areas, the cooling rate of the product can be precisely managed, effectively controlling the internal stress distribution, and ensuring that the three-way fitting does not deform or leak during long-term use.
Yige Mold integrates fluid mechanics analysis with the molding process, enabling the production of T-type three-way valves that not only meet the conventional drainage requirements but also can adapt to the pressure fluctuations in the drainage systems of high-rise buildings, thus becoming a reliable分流 hub in the drainage network.