The invention provides a
production line ceramic shock absorber used during
ceramic manufacturing, relates to the technical field of shock absorbers, and solves the problems that
multiple buffering cannot be realized through structural improvement, an auxiliary buffering structure cannot be organically combined with disassembly and
assembly of a buffering piece, and auxiliary
airflow heat dissipation of a
ceramic piece cannot be realized while buffering is carried out. The
production line ceramic
shock absorber used during ceramic manufacturing comprises a shock absorption body, and the shock absorption body is composed of a sleeve, a blocking base, a ceramic cylinder, a cylindrical rod, a baffle, a locking nut, a limiting base, an elastic block and an elastic piece. A connecting
pipe is connected to the sleeve, and a
nozzle seat is connected to the connecting
pipe. The
nozzle seat is of an annular structure, and the
nozzle seat is connected to the outer side of the ceramic cylinder in a sleeving manner; and spray holes A are formed in the nozzle seat in an
annular array shape, and the spray holes A are of a conical hole-shaped structure, so that when the sleeve and the ceramic cylinder stretch out and draw back,
airflow generated by downward sliding of the baffle can be sprayed out through the spray holes A, and then automatic
airflow cooling at the ceramic cylinder is achieved.