U-shaped structural design of flow channel steel mold simplifies construction.

The shape of the drainage channel steel mold resembles a U-shaped structure, hence it is also referred to as a U-channel mold. The construction of the drainage channel steel mold includes the mold base, mold side plates, and the top plate. The mold base is used to support the entire mold structure, the mold side plates determine the shape and dimensions of the drainage channel, while the top plate forms the top of the drainage channel. The design of this mold ensures that the manufactured drainage channel dimensions are consistent with the design requirements. To guarantee the quality and accuracy of the drainage channel, each steel plate undergoes precise measurement and cutting to ensure the dimensional accuracy of the concrete drainage channel.
The drainage channel steel mold has various characteristics, such as convenient installation and disassembly. The steel material performs well in terms of toughness, hardness, and smoothness, giving the mold a long service life and making it easy to clean. After use, residual material on the mold surface can be cleaned with a cleaning solution, wiped dry with a cloth, and placed in a ventilated area.
The structure of the drainage channel mold can be divided into screw mode and hinge self-locking mode. The screw mode corresponds to the vertical mold structure, while the hinge mode corresponds to the flat mold structure. Therefore, specific analysis should be conducted based on the drawings. Vertical molds are commonly U-shaped, while flat molds are typically rectangular. The advantage of channel molds lies in their underground placement, ensuring normal traffic for vehicles and pedestrians during rainy or snowy weather.
Baoding Chili Mold Manufacturing Co., Ltd. generally processes mold products using mechanical processing methods. Various components of the mold are processed using machine tools such as milling machines, drilling machines, and planers to ensure the precision and quality of the mold.