The invention relates to a device and method for continuous block
metal glass shaping, belonging to the technical field of
metal material preparation. A heat insulating ring is arranged between a
graphite casting mould and a
water cooling copper mould which are arranged in a first
vacuum chamber, an air cooler is arranged in a second
vacuum chamber, and a traction rod enters the
graphite casting mould and horizontally moves by a traction device. The method uses the
graphite casting mould and the
water cooling copper mould for primary main cooling and the
air cooling mode for secondary auxiliary cooling, and the two vacuum chambers have a certain air-
pressure difference. The device and the method have a high
cooling speed, satisfy the requirements of the
amorphous phase change of the block
metal glass material. The shaping pressure of a metal melting body can be easily controlled, and the good shaping performance of the metal melting body is ensured by adjusting the pressure in the vacuum chambers. The metal passes through the graphite casting mould in a
liquid state and is solidified in the
water cooling copper mould, and the casting graphite casting mould has long service. The composite casting mould and the traction device have exchangeability to be convenient for realizing the continuous shaping of rod wires, boards, pipes and abnormal-shaped materials of different section sizes.