Superhard material green synthesis process and energy-saving high-pressure device

Abstract

The invention relates to the technical field of superhard material processing, in particular to a superhard material green synthesis process and an energy-saving high-pressure device, the superhard material green synthesis process comprises six groups of hinge beams distributed up, down, left, right, front and back, the outer side of each group of hinge beams is fixedly connected with four groups of hinge lugs in a circumferential array, two adjacent groups of hinge lugs are in butt joint, and the hinge lugs are in butt joint with the hinge beams. A hinge pin is inserted into the two sets of hinged lugs which are in butt joint, a hydraulic cylinder is installed in each set of hinged beams, holding-up hammers are installed at the close ends of each set of hydraulic cylinders, the first metal rods are fixedly connected to the outer sides of the multiple sets of holding-up hammers, and the ends, away from the holding-up hammers, of the first metal rods are fixedly connected with first traction ropes. Through the structural design of the centrifugal clamping mechanism, instantaneous clamping of the centrifugal clamping mechanism and the clamping teeth is achieved, the holding-up hammer moving inertially is rapidly locked when sealing media such as pyrophyllite are broken, impact damage caused by out-of-control displacement of the holding-up hammer is effectively blocked, equipment blasting accidents are prevented from the source, and the service life of the holding-up hammer is prolonged. And the equipment operation safety and the part service life are obviously improved.