Electric Heated Glass-Lined Reactor Manufacturer

Electric Heated Glass-Lined Reactor

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Features

The electric heated glass-lined reactor produced by Taiji is characterized by rapid heating property, excellent resistance to high temperature and corrosion, great hygienic performance, no environmental pollution, ease of use, etc.
It is a new type of glass lined process equipment manufactured on the basis of state of the art technologies both at home and abroad. It finds extensive applications in pharmaceutical, chemical, food, natural seasoning, food additives, light industry and other fields.
The industrial reactor consists of body, cover, agitator, jacket, heating tube, support and drive unit, sealing unit, etc. Materials and nozzles can be determined according to customer's process requirements. We also design and make non-standard reactor to customer's needs.
Our electric heating type glass lined reactor applies the TJ09 high performance enamel that is coated on the internal surface of the reactor by sophisticated enameling technology, ensuring excellent resistance to corrosion, mechanical shock and sharp temperature variation, and remarkable durability.
At Taiji, we offer a wide range of electrically heated glass lined reactors that are available in all kinds of specifications. Models include K50L, K100L, K200L, K300L, K500L, K1000L, K1500L, K2000L, K3000L, K4000L, K5000L, etc.

Working Principle
The glass lined chemical reactor uses an electric heating bar to heat the heat transfer oil in the jacket. As the temperature is heated to a desired level, the temperature measure and control instrument that is used to control the electric heating bar will shut it down to keep a constant temperature.

Technical Parameters of the Glass-Lined Reactor

	Internal Vessel	Jacket
Design Pressure (MPa)	0.4	ATM
Design Temperature ( ℃ )	-19 -200	-19 -200

Symbol	Usage
P1-n	Electric Heater Joint
Others: a, b, c	Nozzle’s usage is the same that of K type glass-lined reactors of the same specification.

Specifications		K50	K100	K200	K 300	K500	K1000	K1500	K2000	K3000	K4000	K5000
Nominal Capacity (L)		50	100	200	300	500	1000	1500	2000	3000	4000	5000
Total Capacity (L)		102	180	325	483	743	1616	2172	2640	4170	5140	6470
Calculated Capacity (Note 1) (L)		71	128	247	369	588	1244	1714	2180	3370	4334	5443
Jacket Capacity (L)		84	115	174	218	307	476	300	387	461	774	873
Heat Exchange Area (m²)		0.53	0.85	1.26	1.75	2.64	4.55	5.76	7.23	9.33	11.85	13.74
Reference Weight (kg)		446	527	697	966	1174	1885	2280	2535	3555	4055	4940
Dimensions (mm)	d1	500	600	700	800	900	1200	1300	1300	1600	1600	1750
	d2	700	800	900	1000	1100	1400	1450	1450	1750	1750	1900
	d3	986	1087	1188	1288	1405	1738	1915	1915	2221	2221	2412
	d6	608	708	810	910	1010	1312	1389	1389	1690	1690	1840
	h	1835	1980	2245	2595	3035	3500	3700	4050	4210	4650	4820
	h1, h2…	Same as the specs of K type glass-lined reactors
Vessel Nozzle DN (mm)	a, b, c, d…	Jacket connecting nozzles referring to the same specs of K type glass-lined reactors
Jacket Nozzle DN (mm)	p	65	65	65	65	65	65	65	65	65	65	65
	p1-n	p1-4	p1-6	p1-6	p1-6	p1-9	p1-12	p1-12	p1-12	p1-15	p1-15	p1-18
	k1, k2…	Nozzles size referring to same specs of K type glass-lined reactors
Drive (mm)	DN	40	40	50	65	65	80	80	80	95	95	95
	h5	980	980	1250	1400	1400	1580	1580	1580	1680	1680	1680
Note 1: Calculated Capacity: Volume under highneck flange.