Heat exchanger tha ber chu eng nge ni?

A thatna bulpui ber: 1.1.Heat exchange efficiency sang tak, heat transfer coefficient chu shell leh tube type aiin a let 3-5 a ni a, terminal temperature danglamna chu℃1 aia tlem a ni thei bawk. Heat exchange mamawh ang chiah hnuaiah hian volume chu shell leh tube type aiin 1/5-1/8 chauh a ni a, investment senso chu 30% aia tam tihtlem theih a ni a, energy hman zawng zawng chu 20%-50% in tihtlem theih a ni bawk.Detachable design hian tihfai leh enkawl a ti awlsam a, welded construction erawh chuan medium leh high voltage scenario atan a tha hle a, lightweight leh industry hrang hrangte efficiency sang tak mamawhna a ni.

Parameter pawimawh (ramdang sumdawnna atana ngaih pawimawh ber):Design pressure 10.0MPa thleng, design temperature range -200℃atanga 400℃, unit pakhata heat exchange area sang ber 2000m2 thleng, materials thlan theih a ni a, stainless steel, Hastelloy leh corrosion-resistant material dang, media hrang hrang mamawhna atana tha.

Core Advantages te chu:Working fluid-a "evaporation-condensation" phase change heat transfer-a innghatin pawn lam power a ngai lo. Thermal conductivity hi traditional copper material aiin a let 1000-10000 vel a tling thei a ni. Heat exchange efficiency hi medium leh low temperature scenario (50℃-200 degree)-ah chuan 60%-90%-ah a awm reng a ni. Temperature danglamnain a nghawng tlem zawk a, tui lum leh vawt pawh a inthen vek a, chu chuan leakage leh contamination hlauhawmna a ti bo a ni. Maintenance senso a tlem hle a, heat pipe tin hi a disassembly kim theih nan downtime awm lovin independent takin thlak theih a ni.

Parameter pawimawh (ramdang sumdawnna atana ngaih pawimawh ber):Waste heat recovery scenario-a temperature danglamna 10℃-30℃, corrosion-resistant coating chu stainless steel emaw Teflon emaw a ni thei a, kum 8-15 chhung service life a ni thei a, waste heat recovery scale hrang hrang nena inmil turin modular customization a awm bawk.

Application hman dan tlangpui:industrial flue gas bawlhhlawh heat recovery, oil fume bawlhhlawh heat hman dan catering, electronic factory-a heat exchange thianghlim, leh pharmaceutical laboratory-a waste gas tihfai te, hei hian ram pawn lama "dual carbon" policy hnuaia energy-saving mamawh a phuhruk a ni.

A thatna bulpui ber: 1.1.All-aluminum structure leh microchannel design hmang ila, a rit zawng chu 70% thlengin tihhniam theih a ni a, thil siamte chu boruak tichhe lo zawk a ni a, heat transfer efficiency pawh traditional tube-fin type nena khaikhin chuan 30% in a tha zawk a, refrigerant charge pawh 40%-60% in tihhniam theih a ni a, compact size pawh high-density leh lightweight atan a tha hle deployment mamawh a ni.

Parameter pawimawh tak takte chu:customer system pressure leh flow angin flexibly customized theih a ni a, "plug and play" a support a, corrosion resistance level chu inland leh coastal area ang chi scenario hrang hrangah a insiamrem thei a, logarithmic temperature difference chu 2℃thlengin a hniam thei a, temperature danglamna hniam tak tak hnathawhna dinhmun atan pawh a tha hle.

Parameter pawimawh tak takte chu:customer system pressure leh flow angin flexibly customized theih a ni a, "plug and play" a support a, corrosion resistance level chu inland leh coastal area ang chi scenario hrang hrangah a insiamrem thei a, logarithmic temperature difference chu 2℃thlengin a hniam thei a, temperature danglamna hniam tak tak hnathawhna dinhmun atan pawh a tha hle.