Combined Flow Closed Cooling Towers hnathawh dan tur leh Technical features te

Process medium chu sealed hea chhungah a circulate kim vek at exchange coils, pawn lam boruak emaw spray tui emaw nena direct contact nei lo, bawlhhlawh intrusion leh evaporation loss tihbo. He structure hian faina sang tak a vawng reng a nicirculating fluid a ni, hian scaling leh corrosion hlauhawmna a ti tlem a, a bik takin precision production equipment CNC spindle leh hydraulic system te tan a tha hle. Core production equipment service life a ti rei bakah maintenance cost a tihtlem bawk.

Spray tui chu coil pawn lam wall-ah inang tlangin sem darh a ni a, tui film kimchang tak a siam a ni. Tube wall atanga lumna a la a, vaporization lumna thup hmangin thermal energy nasa tak a paih chhuak bawk. He mode hian heat sang zawk a pe chhuak nasa hleexchange efficiency a nileh air cooling pangngai aiin energy hman tlem zawk a ni. Tui hnim lo chu recycle turin sump-ah a luang kir leh a, hei hian high-load industrial heat dissipation atan hun rei tak{1}} performance nghet tak a siam a ni.

Cross-flow leh counter-flow structure pahnih hlawkna inzawmkhawmin, boruak chu a hmasa berah heat exchange hmasa ber atan lower coil section-ah horizontal-in a luang a, chutah chuan chunglam hawiin a chho a, counter-current convection a siam a, falling spray water fordeep heat transfer a ni. He design hian counter-flow heat exchange efficiency sang tak a vawng reng a, chutih rualin ventilation resistance zawng zawng leh fan power consumption a tihtlem bakah performance leh operating economy a balance bawk.

Tower chung lamah high-efficiency drift eliminator leh honeycomb inward-inclined air intake grilles hmanga thuam a nih avangin, he hmanrua hian water droplet entrainment leh drift loss nasa takin a ti tlem a ni. Makeup tui man a tihtlem bakah a chhehvela facility-a corrosion a veng a, on-site operating environment a titha a, compact atan a tha hlefactory layout hrang hrang a awm bawk.