Reactor|Zhejiang Chengxin | Official Website-Zhejiang Chengxin Pharma& Chem Equipment Co., Ltd.

Product Overview

Reaction vessels are widely used in the petroleum, chemical, pharmaceutical, and food industries, and are ideal equipment for processes such as material reaction, mixing, hydrolysis, neutralization, crystallization, decolorization, distillation, and evaporation.

High-Efficiency Mixing

Place the reactants in the reactor vessel and, depending on the properties of the materials, install different types of agitators—such as anchor-type, frame-type, or paddle-type (or a combination thereof)—to achieve efficient mixing and mass transfer.

Precise Control

Reaction temperature is precisely controlled by circulating refrigerant or heat transfer fluid through the jacket, outer half-pipe, or inner coil; mechanical seals or magnetic seals are configured according to operating conditions to ensure stable reaction pressure.

Multifunctional Integration

The reaction takes place inside the reactor, while simultaneously allowing for the evaporation and reflux of the reaction solution, thereby meeting various process requirements such as synthesis and concentration.

Easy to Use

Once the reaction is complete, the material can be discharged directly through the outlet at the bottom of the reactor, making the process convenient and efficient.

Product Structure

Transmission System

It provides the power needed to stir and mix the material inside the vessel and is compatible with various types of agitators, ensuring uniform mass transfer of the material during the reaction process.

Main Unit

The core reaction chamber can be configured with a jacket or coil structure to allow the flow of cooling or heating media for precise control of the reaction temperature; it also features integrated temperature and pressure monitoring interfaces to enable real-time monitoring of the process.

Sealing Structure

Seal types, such as mechanical seals and magnetic seals, can be selected based on the design pressure and material properties.

Specifications

(1) Main Dimension Parameters of K‑type Open Reactor

Specification	Di(mm)	D1(mm)	D2(mm)	D3(mm)	H(mm)	H1(mm)	H2(mm)	H3(mm)	n‑φ	A Manhole / Handhole	B Temperature Measuring Port	C Spare Port	D Spare Port	E Spare Port	F Spare Port	S1‑2 Lamp Port / Sight Glass	G Material Port	K1‑2 Gas Inlet	Gas Outlet	M Vent Port	Actual Capacity(L)	Motor Power(kW)	Reference Mass(kg)
50	500	600	400	886	1427	400	170	110	4‑24	DN65	M27x2	DN20	DN20	DN20	DN20	DN50	DN32	DN25	DN25	G1/2"	85	1.1	130
100	500	600	400	886	1727	700	170	110	4‑24	DN65	M27x2	DN20	DN20	DN20	DN20	DN50	DN32	DN25	DN25	G1/2"	135	1.1	180
200	800	900	560	1170	1617	575	245	240	4‑24	DN150	M27x2	DN40	DN40	DN40	DN40	DN50	DN50	DN32	DN32	G1/2"	340	1.5	180
300	800	900	560	1170	1915	775	245	240	4‑24	DN150	M27x2	DN100	DN50	DN50	DN50	DN80	DN80	DN32	DN32	G1/2"	440	1.5	395
500	900	1000	630	1275	2170	1000	270	250	4‑30	DN150	M27x2	DN100	DN50	DN50	DN50	DN80	DN80	DN32	DN32	G1/2"	699	2.2	465
1000	1200	1300	840	1605	2554	1225	345	250	4‑30	DN400	M27x2	DN100	DN65	DN65	DN65	DN100	DN80	DN32	DN32	G1/2"	1499	4	755
1500	1300	1400	910	1897	2679	1350	370	280	4‑30	DN400	M27x2	DN100	DN65	DN65	DN65	DN100	DN100	DN40	DN40	G1/2"	2035	4	1380
2000	1300	1400	910	1897	3079	1750	370	280	4‑30	DN400	M27x2	DN100	DN80	DN80	DN80	DN100	DN100	DN40	DN40	G1/2"	2490	5.5	2100
2500	1400	1500	980	1952	3204	1875	395	310	4‑30	DN400	M27x2	DN100	DN80	DN80	DN80	DN100	DN100	DN40	DN40	G1/2"	3170	55	2890
3000	1600	1750	1120	2202	3103	1725	445	310	4‑30	DN400	M27x2	DN125	DN100	DN100	DN100	DN125	DN125	DN65	DN50	G1/2"	3750	5.5	3140
4000	1600	1750	1120	2202	3603	2225	445	310	4‑30	DN400	M27x2	DN125	DN100	DN100	DN100	DN125	DN125	DN65	DN50	G1/2"	4750	5.5	3670
5000	1800	1950	1200	2358	3800	2275	495	310	4‑30	DN400	M27x2	DN125	DN100	DN100	DN100	DN125	DN125	DN65	DN50	G1/2"	5750	7.5	4200
6300	1800	1950	1200	2358	4273	2725	495	330	4‑30	DN400	M27x2	DN125	DN100	DN100	DN125	DN125	DN125	DN65	DN50	G1/2"	7740	7.5	5200

(2) Main Dimension Parameters of F‑type Closed Reactor

Specification	Di(mm)	D1(mm)	D2(mm)	D3(mm)	H(mm)	H1(mm)	H2(mm)	H3(mm)	n‑φ	A Manhole / Handhole	B Temperature Measuring Port	C Spare Port	D Spare Port	E Spare Port	F Spare Port	S1‑2 Lamp Port / Sight Glass	G Material Port	K1‑2 Gas Inlet	Gas Outlet	M Vent Port	Actual Capacity(L)	Motor Power(kW)	Reference Mass(kg)
1000	1200	1300	840	1620	2889	1225	588	400	4‑30	DN400	M27x2	DN100	DN65	DN65	DN65	DN100	DN80	DN32	DN32	G1/2"	1250	4	940
1500	1300	1400	910	1897	3039	1350	613	400	4‑30	DN400	M27x2	DN100	DN65	DN65	DN65	DN100	DN100	DN40	DN40	G1/2"	1820	4	1350
2000	1300	1400	910	1897	3439	1750	613	500	4‑30	DN400	M27x2	DN100	DN80	DN80	DN80	DN100	DN100	DN40	DN40	G1/2"	2320	5.5	1610
2500	1400	1500	980	1950	3680	1875	638	450	4‑30	DN400	M27x2	DN100	DN80	DN80	DN80	DN100	DN100	DN40	DN40	G1/2"	2890	5.5	2000
3000	1600	1750	1120	2202	3675	1725	688	450	4‑30	DN400	M27x2	DN125	DN100	DN100	DN100	DN125	DN125	DN40	DN40	G1/2"	3580	5.5	2755
4000	1600	1750	1120	2202	4175	2225	688	500	4‑30	DN400	M27x2	DN125	DN100	DN100	DN100	DN125	DN125	DN50	DN50	G1/2"	4580	5.5	3290
5000	1800	1950	1120	2202	3685	2275	738	600	4‑30	DN400	M27x2	DN125	DN100	DN100	DN100	DN125	DN125	DN50	DN50	G1/2"	5580	7.5	3825
6300	1800	1950	1200	2358	4765	2712	738	600	4‑30	DN400	M27x2	DN125	DN100	DN100	DN125	DN125	DN125	DN50	DN50	G1/2"	7060	7.5	5040
8000	2000	2200	1400	2682	4217	2840	570	600	4‑30	DN400	M27x2	DN125	DN100	DN100	DN125	DN125	DN125	DN65	DN65	G1/2"	9120	11	6130
10000	2200	2400	1400	2682	4642	2940	620	600	4‑30	DN400	M27x2	DN125	DN100	DN100	DN125	DN125	DN125	DN80	DN80	G1/2"	11200	11	7190

Note: Custom design and manufacturing are available to meet special user requirements, including material, structure, specifications and dimensions.