Technical challenges and innovations of the integrate pneumatic hydraulic slip ring is very important in the rotation system in injection molding machine.

The integrate pneumatic hydraulic slip rings in industrial machinery need to solve the problems of multi-media cross-contamination, high speed wear and stability when it works in high or low temperature environment. Take reduction of  wear for example, the use of silicon carbide ceramic end face sealing technology can improve wear resistance, while the modular design allows for quick replacement of damaged channels and reduces downtime.

In the field of industrial machinery, integrate pneumatic hydraulic slip ring are mainly used in scenarios where gas, liquid or mixed media need to transmitted between rotating parts while ensuring sealing and continuous operation.

In large injection molding equipment, the mold need to continuous rotate during the molding process to achieve uniform filling of complex parts. The integrate pneumatic hydraulic slip ring is installed on the rotating shaft of the mold to transmit hydraulic oil ( in order to drive the mold open or close ) and cooling water ( to accelerate the curing of the plastic part). Take the automotive interior parts for example, the integrate slip rings need to simultaneously transmit two cooling circuits with different temperatures to ensure the layered curing of the material when it working in the two-color injection molding process of automotive interior parts.

This type of integrate pneumatic hydraulic slip ring need to have special materials and design, for example, multi-channels, choose high-temperature resistant material ( such as the polytetrafluoroethylene seals ) that to get the result of prevent medium mixing.