Lab Vacuum Oven hmanga siam a ni

Lithium Battery Lab hmanga vacuum Oven hmanga siam a ni

Lithium Battery Lab Vacuum Oven hi lithium-ion battery zirchianna leh pilot-scale development-a electrode drying leh material siamna atana siam a ni. Controlled heating leh vacuum condition a pe a, chu chuan electrode sheet, battery material leh cell components te chu assembly hmain moisture a paih chhuak thei a ni.

Oven hian stainless steel chamber a nei a, temperature control dik tak a nei a, vacuum hmanga hnathawh pawh a nghet hle bawk. Battery laboratory, research institute, leh lithium-ion, sodium-ion, leh energy storage technology hmasawn tak tak siamtute tan a tha hle.

Lithium Battery Vacuum Oven hnathawh dan tur

Vacuum oven hian battery materials chu controlled heating leh reduced-pressure environment te inzawmkhawmin a ti vawt thin. Pressure hniam zawk hian controlled temperature-ah moisture a ti vawt thei a, hei hian drying process chhunga temperature-sensitive electrode materials te venhimna kawngah a pui a ni.

Hnathawh lai hian vacuum system hian electrode sheet leh battery components atang hian moisture leh volatile substance te a la chhuak thin. Hetiang hian a hnua cell assembly leh battery performance testing atan material a buatsaih thin.

Dilna hrang hrang

Laboratory vacuum oven hi lithium battery zirchiannaah te, electrode siamnaah te, pilot-scale siamna kawngah te hman a ni.

Electrode hmanga tihthianghlim a ni

Cell assembly hmaa coated electrode sheet tihfai nan hman thin. Vacuum drying process hian residual moisture a paih chhuak a, a hnua battery assembly atan electrode a buatsaih bawk.

Battery Material hmanga tihthianghlim

Laboratory testing leh process development neih laiin cathode materials, anode materials, separators, leh battery component dangte drying atan a tha.

Battery Pilot Line siam chhuah a ni

Small-batch production leh process validation-ah hman a ni a, lithium battery pilot line leh research project-te tan drying capability a pe a ni.

Battery hmanga zirchianna hmasawn tak

Lithium-ion battery, sodium-ion battery, leh energy storage technology thar lo piang chhuak siamna atana hman thin.

Equipment rendering leh layout diagram: (reference atan chauh)

Oven-a bik taka tarlanna

Oven hian machine pakhatah cavities pathum neiin three-layer design a hmang a. Electrical control hi side model leh top model-ah then a ni.

(2)Hmanraw siam dan tlangpui hriat hmasak:
1.Equipment frame hi a pum puia weld a ni a, temperature sang tak leh anti-rust treatment dang hmanga spray a ni a, a mawi a, a chhe thei lo bawk.
2.Stainless steel liner hi robot hmanga weld a ni a, triple pressure testing neih a ni.
3.He hmanrua hian one-piece silicone rubber composite sealing ring a hmang a, hei hi temperature sang leh corrosion lakah a do thei a, sealing effect tha tak a nei bawk.
4.High vacuum hian kawngkhar panel sealing surface atan aluminium plate a hmang a, chu chuan flatness tha tak leh deformation tenau tak a nei a. Door panel hinge zawng zawng hi stress test leh gravity test neih vek a ni a, chu chu hawn leh khar laiin deformation leh distortion a awm loh nan a ni. Extra heavy door panel-ah hian load-bearing support devices dah a ni.
5.Adopt customized high vacuum flapper valve leh imported seal hmanga thuam. Corrosion-resistant leh high{3}}temperature-resistant a ni.
6.Air source inlet zawng zawngah filter leh pressure regulating dual-joints dah vek a ni a, hei hian pneumatic components te service life rei zawk nan leh working stability a awm theih nan a hlawkpui hle.

(3)Equipment-a electrical control part chungchang hriattirna:
1.Electric component zawng zawng hian national standard component dik tak an hmang a, national standard zawm vek an ni.
2.Warped-fin stainless steel heating tube a hmang a, heat exchange area lian tak leh stable heating a nei bawk.
3.Air volume lian tak leh uniform heat exchange neiin high temperature resistant leh high speed fan a hmang.
4.Touch screen hian mihring-computer nena inzawmna zawng zawng a thlunzawm vek a, interface awlsam tak leh function hausa tak tak a nei bawk.
5.Big brand PLC programmable controller a hmang a, hei hian market share sang tak a nei a, stability nghet tak a nei a, maintenance awlsam tak a nei a, technical versatility tha tak a nei bawk.
6.Temperature controller emaw temperature control module fing tak, inbiakpawhna 485 nei, full-time PID (proportional, differential, integral) operation temperature control, heating module zawng zawngah control failure protection function nei vek a ni a, independent temperature control system chu protection unit atan hman a ni.
7.Kum sawm chuang zet industry lama tawnhriat atanga control logic hman a nih avangin a siam that leh tihchangtlun zel a ni. Control a stable a, functions pawh a practical hle.
8.Programme hian operation record saving function a nei a, production process zawng zawng chu trace leh query theih a ni (figure a kan hmuh ang hian)

Thil hmanrua hman dan tur hrilhfiahna

1.Touch screen cycle setting interface hmang hian oven lum hun, nitrogen lumna temperature, vacuum baking hun, nitrogen filling, cycle zat, etc. te chu parameters te set a ni. Intelligent controller hian a hnuaia hnate hi a thawk chhuak nghal vek a ni: vacuuming, heating - dry gas hmanga filling - vacuuming - dry gas hmanga filling (repeated cycle) - step zawng zawng tih zawh hnuah oven chuan cooling program chu automatic in a start a, set shutdown temperature thlengin a cool thla ta a ni. Oven chuan baking a zo tawh tih a tarlang a, a prompt bawk.
2.Studio tin hian mahni inrintawkna neiin hna an thawk a, mahni inrintawkna neiin an lum a; temperature control system leh super temperature control system te hian mahni inrintawkna neiin emaw, a rualin emaw hna an thawk thei a ni. Cavity tin hi mahni inrintawkna neiin chhuah theih a ni a, nitrogen nen a khat thei bawk. Program logic control hian cavities inkara gas cross-talk a veng a, an inrawlh loh nan a veng bawk.
3.Cavity tinah hian independent temperature control system, over-temperature protection warning system, leh heating pipe temperature protection system te dah a ni. System tin hian over-temperature ven nan independent takin an thawk thei a ni.
4.Usage scenario hrang hrang tlin theih nan he hmanrua hi vacuum baking mode pahnih ah then a ni a:
1.Pressure-maintaining mode (eg, upper limit chu 100pa ah dah la, lower limit chu 200pa ah dah la, chu chu vacuum℃100pa a thlen chuan vacuum valve chu khar a ni a, vacuum℃200pa a thlen chuan vacuum valve chu hawn a ni a, vacuum replenishment tan a ni).
2. Direct pumping mode (eg, vacuum a thlen hnuah vacuum pump leh vacuum valve te chu off a ni lo va, vacuum pump chu a pump chhunzawm zel a ni.)

Technical parameter bik a awm bawk

1.Hnathawh tur temperature range: room temperature +20℃-120℃;
2.Temperature resolution: ±0.1℃, tehna dikna ±0.5%FS;
3.Temperature uniformity: Vacuum-ah ±3℃aia tlem emaw, a tlukpui emaw, normal pressure-ah ±2℃aia tlem emaw, tlukpui emaw; (load awm lo, temperature stabilization hnuah, cavity chhunga point tinah wall atanga 50MM a hlaah)
4.Heating time: Minute 30 aia tlem emaw a tlukpui emaw (load awm lo, 100℃thlenga sang );
5.Ultimate vacuum degree: 20Pa aia tlem emaw, a tlukpui emaw (no-load, test vacuum pump chu Edward GXS160/1750 a nih chuan);
6.Vacuum pressure maintenance: 24H vacuum leakage 500Pa aia tlem emaw, a tlukpui emaw (temperature awm reng, humidity awm reng leh pressure awm reng condition hnuaia leakage mamawh phuhruk), pressure maintenance function hian pressure chu rei tak a vawng thei a self-vacuum tihpunna function hmangin.
7.Thermal insulation performance: box pawn lam temperature chu room temperature + 15℃aia tlem emaw, a tlukpui emaw a ni (heating cavity mouth-a contact surface tih loh chu)
8.Rated power: 10.5KW (380V/50HZ) aia tlem emaw a tlukpui emaw
9.Constant temperature operation energy hman: 2 kWh aia tlem emaw a tlukpui emaw
10.Integrated main circuit, nitrogen, compressed air, gas inlet chu oven hnunglam dinglam sir chunglam a ni a;

Air-cooled air cooler-a technical parameter hrang hrangte

Drying process inhriattirna

Dilna Case awm thei te

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