1. Flow nghet tak: 1.1.Pipeline pump hian flow output nghet tak a pe a ni. Operation chhung hian system mamawh dan azirin liquid delivery rate chu a inang tlang hle. He mizia hi flow stability sang tak mamawh process tam takah a pawimawh hle a, chu chu chemical siamnaah continuous reactions leh food processing-a ingredient buatsaih te hi a ni. Stable flow hian production process mumal tak leh product quality nghet tak neih theihna turin a pui a ni.
2. Lu Range zau tak: 1.1.Pipeline pump hian head hrang hrang a pe a, chu chuan application scenario hrang hrang leh system mamawh ang zela thlan theihna a siamsak a ni. Low-head general water supply leh drainage application atanga high-head application, long-distance water transfer leh high-rise water supply thlengin pump tha tak tak a awm a ni. Entirnan, building sang-a tui supply system-ah chuan high-head pipeline pump chuan floor tinah tui chu awlsam takin a pe thei a, user tui mamawh a phuhruk thei a ni.
3. Efficiency sang leh Energy Saving: 1.1.Tunlai pipeline pump te hi energy humhalh dan tur ngaihtuahin design leh siam a ni. Hydraulic model hmasawn tak tak leh high-efficiency motor hmangin pipeline pump te hian an hnathawh laiin energy conversion efficiency sang tak an nei a, hei hian energy hmanralna a ti tlem hle. Traditional pump thenkhat nena khaikhin chuan pipeline pump hian electric a hmang tlem thei a, chutih rualin transportation hna ang chiah chu a tihlawhtling thei a, chu chuan a hmangtute tan hmanna senso a ti tlem thei a, tunlai khawtlang nunah energy humhalh leh emission tihtlem dan tur mamawh a phuhruk thei bawk.