This study experimented to understand the effects of transporting ice slurry through elbow and inclined tube. And at this experiment it used propylene glycol-water solution and a diameter of about 2mm ice particle. The experiments were carried out under various conditions, with velocity of water solution at the entry ranging from 1.0 to 3.5 w/s and elbows and inclined tubes of 4 kinds angle with $30^{circ},;45^{circ},;90^{circ};and;180^{circ}$. The pressure drop between the tube entry and exit were measured. According to angle of bending, the highest pressure drop was measured at $30^{circ}$ elbow and the lowest pressure drop was measured at $90^{circ}$ elbow, and there are only a little differences of pressure drop between $45^{circ}$ elbow and $180^{circ}$ elbow. According to angle of inclined tube, the highest pressure drop was measured at $90^{circ}$ inclined tube and the pressure drop at $45^{circ},;30^{circ},;180^{circ}$ inclined tubes were lower successively. The lowest pressure drop in elbows and inclined tubes was measured at velocity of $2.0~2.5$ m/s and concentration of $10;wt\%$.