熔融金属流射进流动着的淬火介质中,并和流体介质同步地进入一根竖立的石英管中,熔融金属射流就快速凝固成丝.采用一只石英管底部开有一个φ0.1～0.8毫米的小孔,把母体金属装入石英管中,当母体金属达到熔点之上50～100℃时,把石英管中的惰性气体的压力提高到足以使液态金属射出为止.液态金属射流就穿过气体界面层进入与淬火介质顺流的石英立管中,最后进入收集槽.淬火介质是靠水泵而循环流动的. The molten metal is injected into the flowing quenching medium and enters into an erected quartz tube in synchronism with the fluid medium, and the molten metal jet rapidly solidifies into filaments. At the bottom of the quartz tube, a φ0.1 to 0.8 Mm hole, the mother metal into the quartz tube, when the parent metal reaches above the melting point of 50 ~ 100 ℃, the pressure of the inert gas in the quartz tube increased enough to make the liquid metal injection so far. The gas interface layer enters the quartz riser downstream from the quenching medium and finally enters the collection tank.The quenching medium is circulated by the water pump.