鐧惧垎闆堕儴浠剁恫(w菐ng)渚涙眰鍟嗘(j墨)渚涙噳(y墨ng)淇℃伅瀵﹂瀹や笉閵归嫾鍙嶆噳(y墨ng)閲滃叕鍙�
2025-03-14
涓嶉姽閶煎弽鎳�(y墨ng)閲滃粻瀹�Stainless Steel Reactor
涓€銆佺敤閫擴se
鏈ō(sh猫)鍌欐噳(y墨ng)鐢ㄤ簬閱�(y墨)钘�銆佸寲宸�銆侀鍝�銆佽紩宸ョ瓑琛屾キ(y猫)涓殑姘磋В銆佷腑鍜�銆佺祼(ji茅)鏅躲€佽捀椁�銆佽捀鐧�(f膩)绛夌敓鐢�(ch菐n)閬庣▼銆傚弽鎳�(y墨ng)閲滃彲閲囩敤304銆�316L绛変笉閵归嫾鏉愭枡鍒堕€�銆傛敧鎷屽舰寮忔湁閷ㄥ紡銆佹寮�銆佹С寮忕瓑锛涜綁(zhu菐n)鍕曟(j墨)妲�(g貌u)鍙噰鐢ㄦ摵绶氶嚌杓笡閫熸(j墨)銆佺劇绱氳畩閫熸笡閫熸(j墨)绛夛紱瀵嗗皝瑁濈疆鍙噰鐢ㄦ(j墨)姊板瘑灏�锛涘姞鐔卞喎鍗诲彲閲囩敤澶惧銆佸崐绠�銆佺洡绠$祼(ji茅)妲�(g貌u)锛涘姞鐔辨柟寮忔湁钂告苯銆侀浕鍔犵啽銆佸皫(d菐o)鐔辨补绛�锛涗互婊胯冻鑰愰吀鍫裤€佽€愰珮婧�銆佽€愮(鎼�銆佹姉鑵愯潟绛変笉鍚屽伐浣滅挵(hu谩n)澧冪殑宸ヨ棟闇€瑕�?锛熺瓫槎�?j霉)鐢ㄦ埗宸ヨ棟瑕佹眰閫�(j矛n)琛岃ō(sh猫)瑷�銆佸埗閫犮€�
閬搁厤宸ヨ棟锛氬彲浠ユ牴鎿�(j霉)闇€姹傚仛闃茶厫鍏�(n猫i)瑗�锛屽弽鎳�(y墨ng)閲滃収(n猫i)澹侀槻鑵愬櫞娑傚伐钘�锛屽彲浠ヨ€愬挤(qi谩ng)閰革紝寮�(qi谩ng)鍫�锛岄珮婧�锛屼綆婧瓑宸ヨ棟铏曠悊姊濅欢銆�
This equipment is used in production processes such as hydrolysis, neutralization, crystallization, distillation, and evaporation in pharmaceutical, chemical, food, and light industry industries. The reaction kettle can be made of stainless steel materials such as 304 and 316L. The mixing forms include anchor type, frame type, paddle type, etc; The rotating mechanism can adopt cycloidal pin wheel reducer, stepless speed reducer, etc; The sealing device can adopt mechanical seal; Jacket, half tube, and coil structures can be used for heating and cooling; Heating methods include steam, electric heating, heat transfer oil, etc; To meet the process requirements of different working environments such as acid and alkali resistance, high temperature resistance, wear resistance, and corrosion resistance. Can be designed and manufactured according to user process requirements.
Optional process: Anticorrosive lining can be made according to requirements, and the inner wall of the reaction kettle can undergo anti-corrosion spraying process. It can withst锝乶d strong acid, alkali, high temperature, low temperature, and other processing conditions.
浜�銆�涓嶉姽閶煎弽鎳�(y墨ng)閲滃粻瀹�绲�(ji茅)妲�(g貌u)鐗归粸(di菐n)Structural Features
鈼� 鍙嶆噳(y墨ng)閸嬬敱閸嬭韩銆侀崑钃�銆佹敧鎷屽櫒銆侀浕鍔犵啽娌瑰ぞ濂椼€佹敮鎵垮強鍌冲嫊瑁濈疆銆佽桓灏佽缃瓑绲勬垚锛屽彲浠ュぞ濂楅€氬皫(d菐o)鐔辨补寰挵(hu谩n)鍔犵啽鎴栧喎鍗�锛涙垨澶惧瑷�(sh猫)瑷堥浕鐔辨鎴栬捀姹藉崐绠¢€�(j矛n)琛屽姞鐔便€�
鈼� 鐢变簬鐢ㄦ埗鍥犵敓鐢�(ch菐n)宸ヨ棟锛屾搷浣滄浠朵笉鐩$浉鍚岋紝鏀媽褰㈠紡涓€鑸湁閷ㄥ紡銆佹С寮�銆佽澑杓紡銆佹帹閫�(j矛n)寮忔垨妗嗗紡銆�
鈼� 澶惧涓婇枊鏈夐€�(j矛n)鎺掓补銆佹孩娌�銆佹斁绌哄強娓韩闆荤啽妫掑瓟銆傞崑楂斾笅閮ㄩ枊鏈夋斁鏂欏彛銆�
鈼� The reaction pot is composed of pot body, pot cover, agitator, electric heating oil jacket, support and transmission device, shaft seal device, etc. the jacket can be heated or cooled by heat transfer oil; Or jacket design electric heating rod or steam half pipe for heating.
鈼� Due to the different operating conditions of users due to the production process, the mixing forms generally include anchor type, paddle type, worm gear type, push type or frame type.
鈼� The jacket is provided with oil inlet and outlet, oil overflow, vent and temperature measuring electric heating rod holes. The lower part of the pot body is provided with a discharge port.
涓夈€佹妧琛�(sh霉)鍙冩暩(sh霉)/Technical Parameter
鐢�(ch菐n)鍝佸瀷铏烶roduct Model | XHSG-5L | XHSG-10L | XHSG-20L | XHSG-30L | XHSG-50L | XHSG-100L |
缃愰珨灏哄Can-Body Size | Φ219mm | Φ250mm | Φ300mm | Φ350mm | Φ400mm | Φ500mm |
缃愰珨鏉愯唱(zh矛) Can-Body Material | 304鎴�316L涓嶉姽閶� 304 or 316L stainless steel | |||||
鍌崇啽鏂瑰紡 Heat Transfer Mode | 1. 娌规荡闆诲姞鐔監il bath electric heating 2. 灏�(d菐o)鐔辨补鐖愬惊鐠�(hu谩n)鍔犵啽Heat transfer oil furnace circulating heating | |||||
鏀媽鍔熺巼Mixing Power | 370W | 550W | 550W | 550W | 750W | 750W |
瀵嗗皝鏂瑰紡 Sealing Method | 1. 姗�(j墨)姊板瘑灏丮echanical seal 2. 纾佸姏鑰﹀悎瀵嗗皝Magnetic coupling seal | |||||
閬搁厤鍔熻兘 Optional Function | 1. 閲滆搵鍗囬檷 Kettle Cover Lifting 2. PH鎺у埗PH Control 3. PLC鍏ㄨ嚜鍕曟帶鍒禤LC Fully Automatic Control 4. 鍦ㄧ窔绮樺害妾㈡脯Online Viscosity Detection 5. 绋遍噸妯″Weighing Module 6. 瀹氶噺鍔犳恫绯荤当(t菕ng)Quantitative Dosing System 7. 鍐峰嚌鍥炴祦瑁濈疆Condensate Reflux Device 8. 闃茬垎鍔熻兘Explosion-Proof Function |
鐢�(ch菐n)鍝佸瀷铏烶roduct Model | XHSG-200L | XHSG-300L | XHSG-500L | XHSG-1000L | XHSG-2000L | XHSG-3-5T |
缃愰珨灏哄Can-Body Size | Φ600mm | Φ700mm | Φ900mm | Φ1100mm | Φ1400mm | / |
缃愰珨鏉愯唱(zh矛) Can-Body Material | 304鎴�316L涓嶉姽閶� 304 or 316L stainless steel | |||||
鍌崇啽鏂瑰紡 Heat Transfer Mode | 1. 娌规荡闆诲姞鐔監il bath electric heating 2. 灏�(d菐o)鐔辨补鐖愬惊鐠�(hu谩n)鍔犵啽Heat transfer oil furnace circulating heating | |||||
鏀媽鍔熺巼Mixing Power | 1100W | 1500W | 1500W | 2200W | 3000W | / |
瀵嗗皝鏂瑰紡 Sealing Method | 1. 姗�(j墨)姊板瘑灏丮echanical seal 2. 纾佸姏鑰﹀悎瀵嗗皝Magnetic coupling seal | |||||
閬搁厤鍔熻兘 Optional Function | 1. 閲滆搵鍗囬檷 Kettle Cover Lifting 2. PH鎺у埗PH Control 3. PLC鍏ㄨ嚜鍕曟帶鍒禤LC Fully Automatic Control 4. 鍦ㄧ窔绮樺害妾㈡脯Online Viscosity Detection 5. 绋遍噸妯″Weighing Module 6. 瀹氶噺鍔犳恫绯荤当(t菕ng)Quantitative Dosing System 7. 鍐峰嚌鍥炴祦瑁濈疆Condensate Reflux Device 8. 闃茬垎鍔熻兘Explosion-Proof Function |
鑱�(li谩n)绯绘垜鏅�锛岃珛瑾槑鏄湪鐧惧垎闆堕儴浠剁恫(w菐ng)涓婄湅鍒扮殑锛岃瑵璎�
瑭插晢瀹跺叾瀹冪敘(ch菐n)鍝�
鐧惧垎闆堕儴浠剁恫(w菐ng) - 闆堕儴浠惰妤�(y猫)灏堟キ(y猫)缍�(w菐ng)绲�(lu貌)瀹e偝濯掗珨
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