Traditional designs often result in insufficient water flow in certain areas due to small nozzle spacing or uneven distribution, creating dry spots that cause salt to deposit on the pipe walls.
For polyurethane foam products with greater height or thicker walls, such as deep cavity structures or column-type components, the demoulding angle needs to be appropriately increased.
The core mission of cold chain engineering is to create a "constant temperature corridor" for temperature-sensitive products, from the source of production to the consumer.
In modern industrial systems, air coolers serve as critical heat dissipation devices. Their core function is to effectively dissipate heat generated by equipment operation through heat exchange between air and high-temperature fluids.
As the core equipment for plastic deformation of sheet metal, sheet metal forming machines are effectively addressing the various challenges of high-strength steel processing through technological innovation and system optimization.
Polyurethane foam molds are indispensable tools in modern industry and are widely used in a variety of fields, including automotive, electronics, medical, and construction.