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50L /100L /200L/300L Glass-Lined Reactor, K Type

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seat:	Shandong
Validity to:	Long-term effective
Last update:	2017-12-21 19:06
Browse the number:	322

Company Profile

ZIBO TAIJI INDUSTRIAL ENAMEL CO., LTD
By certification [File Integrity]
Contacttaijitangci(Mr.)
Email
telephone
Phone
AreaShandong
AddressNo.100 Taishan Road, New Century Industrial Park, Guoli, Huantai District, Zibo City, Shandong Province, China
Website:http://www.taiji-glasslined.com/
http://taijitangci.jndqsl.com/

Product details

Glass-Lined Reactor, K Type

Clamps

Manhole

Assembly

Commissioning

Main Features
1. The K type glass lined reactor is a reactor designed with separable cover and body. The cover is fastened to the body using clamps, with gaskets between them.
2. Generally, this pressure vessel is suitable for the small capacity chemical processing works.
3. Since the cover can be separated from the body, the chemical process equipment comes with a diversity of agitating methods and is excellent for all kinds of users.
4. Made from TJ09 high end enamel, combining proven and sophisticated enameling technology, this open type glass lined reactor provides remarkable resistance to corrosion, impact and severe change of temperature as well as reliable durability.
5. According to capacities, Our K type glass lined reactors are available in K50L, K100L, K200L, K300L, K500L, K1000L, K1500L, K2000L, K3000L, K4000L, K5000L, K6300L, K8000L, K10000L, K12500L, K16000L and other models. They ensure ease of use and maintenance.

Technical Parameters of the Glass-Lined Reactor

Design Drawing of K50L-K500L Glass-Lined Reactor

	Internal Vessel		Jacket
Design Pressure( MPa )	0.4/0.6/1.0		0.6/1.0
Design Temperature( ℃ )	-19 ℃ /200 ℃		-19 ℃ /200 ℃
Symbol		Usage
a		Manhole
b		Agitator Hole
c		Thermowell
d		Medium Outlet
e1,e2		Sightglass
f, g		Spare
k1, k2, k3		In/Outlet
m		Vent Hole

K50L-K100L Design Drawing (Plan View)

Unit: mm
Specifications		K50L	K100L	K200L	K300L	K500L
Nominal Capacity (L)		50	100	200	300	500
Total Capacity (L)		102	180	325	483	743
Calculated Capacity (Notes 1) (L)		71	128	247	369	588
Jacket Capacity (L)		21	32	57	92	130
Heat Exchange Area (m2 )		0.34	0.66	1.26	1.75	2.64
Reference Weight (kg)		420	490	650	920	1140
Main Dimension	d1	500	600	700	800	900
	d2	600	700	800	900	1000
	d3(Notes 2)	706	816	918	1028	1130
	d4	420	520	620	720	810
	d5	300	300	400	500	500
	h1	400	500	700	800	1000
	h2	274	309	354	390	415
	h3	220	250	270	280	280
	h4	300	340	370	390	400
	h	1785	1930	2195	2545	2985
	B	250	250	250	250	270
	Φ	14	18	18	23	23
Nozzle DN	a	80	80	125	125	150
	b	65	65	100	100	100
	c	65	65	65	65	65
	d	65	65	80	80	80
	e1	65	65	65	65	80
	e2	/	/	65	65	80
	f	65	65	80	80	100
	g	/	/	65	65	125
Jacket Nozzle DN	k1	20	20	25	25	32
	k2	20	20	25	25	32
	k3	20	20	25	25	32
	m	G3/8''	G3/8''	G3/8''	G3/8''	G3/8''
Drive	DN	40	40	50	65	65
Drive	h5	950	950	953	1170	1170
Notes 1: Calculated Capacity: Volume under highneck flange.
Notes 2: Support types could be determined by users; Without special request, lugs would be normally applied.

Design Drawing of K1000L-K6300L Glass-Lined Reactor

	Internal Vessel		Jacket
Design Pressure( MPa )	0.4/0.6/1.0		0.6/1.0
Design Temperature( ℃ )	-19 ℃ /200 ℃		-19 ℃ /200 ℃
Symbol		Usage
a		Manhole
b		Agitator Hole
c		Thermowell
d, f, g, h		Spare
e		Sightglass
j		Medium Outlet
k1,k2,k3		In/Outlet
n1,n2,n3		Spray Nozzle
m		Vent Hole

K1000L-K6300L Design Drawing (Plan View)

Unit: mm
Specifications		K1000L	K1500L	K2000L	K3000L	K4000L	K5000L	K6300L
Nominal Capacity (L)		1000	1500	2000	3000	4000	5000	6300
Total Capacity (L)		1616	2172	2640	4170	5140	6470	7580
Calculated Capacity (Notes 1) (L)		1244	1714	2180	3370	4334	5443	6561
Jacket Capacity (L)		206	300	387	461	774	873	1027
Heat Exchange Area (㎡)		4.55	5.76	7.23	9.33	11.85	13.74	16.43
Reference Weight (kg)		1820	2280	2535	3555	4055	4940	5560
Main Dimension	d1	1200	1300	1300	1600	1600	1750	1750
	d2	1300	1450	1450	1750	1750	1900	1900
	d3(Notes 2)	1468	1622	1622	1964	1964	2152	2152
	d4	1080	1180	1180	1440	1440	1580	1580
	d5	700	700	700	800	800	850	850
	h1	1200	1400	1830	1810	2290	2410	2875
	h2	494	519	519	594	594	632	632
	h3	290	330	330	340	340	340	340
	h4	600	650	650	700	700	700	700
	h	3450	3700	4050	4210	4650	4820	5470
	B1	315	315	315	315	315	350	350
	B2	/	510	510	510	510	510	510
	Φ	30	30	30	30	30	30	30
Nozzle DN	a	300×400	300×400	300×400	300×400	300×400	300×400	300×400
	b	125	125	125	150	150	150	150
	c	100	100	100	100	100	125	125
	d	100	100	100	100	100	125	125
	e	100	125	125	125	125	125	125
	f	125	125	125	125	125	150	150
	g	100	100	100	100	100	125	125
	h	100	125	125	125	125	150	150
	j	100	100	100	125	125	125	125
Jacket Nozzle DN	k1	32	40	40	50	50	65	65
	k2	32	40	40	50	50	65	65
	k3	32	40	40	50	50	65	65
	n1	/	50	50	65	65	65	65
	n2	/	50	50	65	65	65	65
	n3	/	/	/	/	65	65	65
	m	G3/8''	G3/8''	G3/8''	G3/8''	G3/8''	G3/8''	G3/8''
Drive	DN	80	80	80	95	95	95	95
Drive	h5	1320	1320	1320	1360	1360	1360	1530
Notes 1: Calculated Capacity: Volume under highneck flange.
Notes 2: Support types could be determined by users; Without special request, lugs would be normally applied.

Design Drawing of K8000L-K16000L Glass-Lined Reactor

	Internal Vessel		Jacket
Design Pressure( MPa )	0.2/1.0		0.6/1.0
Design Temperature( ℃ )	-19 ℃ /200 ℃		-19 ℃ /200 ℃
Symbol		Usage
a		Medium Outlet
b1,b2,b3,b4		In/Outlet
c		Manhole
d		Agitator Hole
e1		Thermowell
e2,g1,g2,g3,g4,k		Spare
h		Sightglass
m		Vent Hole
n		Clean Hole

Design Drawing of K8000L-K16000L Glass-Lined Reactor

Unit: mm
Specifications		K8000L	K10000L	K12500L	K16000L
Nominal Capacity (L)		8000	10000	12500	16000
Total Capacity (L)		10190	12750	15250	18493
Calculated Capacity(Notes 1) (L)		8850	10900	13400	16680
Jacket Capacity (L)		1724	1940	2324	2500
Heat Exchange Area ( ㎡ )		19.6	21.54	26.5	28
Reference Weight (kg)		7810	8720	10155	11700
Main Dimension	d1	2000	2200	2200	2400
	d2	2200	2400	2400	2600
	d3(Notes 2)	2452	2704	2704	2908
	h1	3000	3060	3720	3740
	h2	710	770	770	825
	h3	380	400	400	460
	h4	830	850	850	900
	B1	400	470	470	470
	B2	510	550	550	550
	Φ	30	36	36	36
Nozzle DN	a	125	150	150	150
	c	300×400	300×400	300×400	450
	d	200	200	200	200
	e1	200	200	200	200
	e2	150	200	200	200
	g1	150	150	150	150
	g2	150	150	150	150
	g3	150	150	150	150
	g4	/	150	150	150
	h	125	125	125	125
	k	125	125	125	125
Jacket Nozzle DN	b1	65	80	80	100
	b2	65	80	80	100
	b3	65	80	80	100
	b4	/	80	80	100
	f1	65	80	80	100
	f2	65	80	80	100
	f3	65	80	80	100
	m	G3/4''	G3/4''	G3/4''	G3/4''
	n	G1/2''	G1/2''	G1/2''	G1/2''
Drive	DN	110	110	110	130
Drive	h5	1375	1375	1375	1995
Notes 1: Calculate Capacity: Volume under highneck flange.
Notes 2: Support types could be determined by users; With no special request, lugs would be normally applied.