Glass-Lined Reactor, F Type Manufacturer

Glass-Lined Reactor, F Type

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Main Features
1.The F type glass lined reactor comes with a one-piece design that the cover and body can not be separated. Due to that, a manhole has to be designed on the head of the reactor to make it easy for operators to enter the reactor to carry out maintenance and parts replacement.
2. It is a large capacity industrial process reactor, suitable for large scale production environment.
3. Similar to the K-type reactor, this type of chemical reactor is manufactured using TJ09 high end enamel and skilled enameling process. This enables the glass lining to be remarkably corrosion resistant, impact resistant and temperature variation resistant, combined with less prone to fracture and high durability.
4. Taiji is able to design and manufacture non standard glass lined reactor to user's requirements.
5. Our F type glass lined steel reactor comes in complete specifications, including F1500L, F2000L, F3000L, F4000L, F5000L, F6300L, F8000L, F10000L, F12500L, F16000L, F20000L, F30000L, F50000L, etc.

Parameter Test
Finished Product Inspection
Transportation
Transportation

Technical Parameters of the Glass-Lined Reactor

Design Drawing of F1500L-F6300L 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

Nozzle Design Drawing (Plan View)

Unit: mm
Specifications		F1500L	F2000L	F3000L	F4000L	F5000L	F6300L
Nominal Capacity (L)		1500	2000	3000	4000	5000	6300
Total Capacity (L)		2020	2470	3860	4795	6040	6900
Calculated Capacity(Notes 1) (L)		1990	2440	3830	4795	6016	6872
Jacket Capacity (L)		301	390	495	805	898	1015
Heat Exchange Area ( m² )		5.92	7.31	9.98	12.44	14.06	16.36
Reference Weight (kg)		2120	2380	3360	3905	4720	5200
Main Dimensions	d1	1300	1300	1600	1600	1750	1750
	d2	1450	1450	1750	1750	1900	1900
	d3(Notes 2)	1622	1622	1964	1964	2152	2152
	d4	680	680	720	720	720	720
	d5	700	700	800	800	850	850
	h1	1801	2136	2250	2730	2888	3244
	h2	190	190	190	190	190	190
	h3	725	725	700	700	750	750
	h4	975	975	1060	1060	1200	1200
	B1	315	315	315	315	350	350
	B2	510	510	510	510	510	510
	Φ	30	30	30	30	30	30
Nozzle DN	a	300×400	300×400	300×400	300×400	300×400	300×400
	b	125	125	150	150	150	150
	c	100	100	100	100	125	125
	d	100	100	100	100	125	125
	e	125	125	125	125	125	125
	f	125	125	125	125	150	150
	g	100	100	100	100	125	125
	h	125	125	125	125	150	150
	j	100	100	125	125	125	125
Jacket Nozzle DN	k1	40	40	65	65	65	65
	k2	40	40	65	65	65	65
	k3	40	40	65	65	65	65
	n1	50	50	65	65	65	65
	n2	/	/	/	65	65	65
	n3	50	50	65	65	65	65
	m	G3/8"	G3/8"	G3/8"	G3/8"	G3/8"	G3/8"
Drive	DN	80	80	95	95	95	95
Drive	h5	1320	1320	1360	1360	1360	1530
Notes 1: Calculated Capacity: Volume under highneck flange.
Notes 2: Types of support depend on users; if there is no special request, lugs would be normally applied.

Design Drawing of F8000L-F50000L Glass-Lined Reactor

	Inner Vessel	Jacket
Design Pressure (MPa)	0.4/0.6/1.0	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

F50000L Nozzle Design (Plan View)
F8000L Nozzle Design (Plan View)
F10000L~F30000L Nozzle Design (Plan View)

Unit: mm
Specifications		F8000L	F10000L	F12500L	F16000L	F20000L	F30000L	F50000L
Nominal Capacity (L)		8000	10000	12500	16000	20000	30000	50000
Total Capacity (L)		9105	11719	13696	17491	21835	33645	56444
Calculated Capacity(Notes 1) (L)		9060	11674	13651	17446	21790	33500	55514
Jacket Capacity (L)		1666	1940	2243	2551	2870	3700	4520
Heat Exchange Area ( ㎡ )		18.38	21.35	24.89	29.48	34.04	45	34.04
Reference Weight (kg)		6959	7911	9342	11222	13530	19270	34590
Main Dimension	d1	2000	2200	2200	2400	2600	3000	3800
	d2	2200	2400	2400	2600	2800	3200	4000
	d3(Notes 2)	2452	2703	2703	2908	3179	/	/
	h1	3310	3533	4053	4346	4641	5340	5611
	h2	210	210	210	210	210	260	647
	h3	850	900	900	950	1000	1150	1340
	h4	1200	1300	1300	1400	1550	/	/
	h	5400	5600	6530	7010	7475	8835	10425
	B1	400	470	470	470	470	470	470
	B2	510	550	550	550	550	550	550
	Φ	30	36	36	36	36	/	/
Nozzle DN	a	125	150	150	150	150	150	150
	c	300×400	300×400	300×400	450	450	450	450
	d	200	200	200	200	250	250	250
	e1	200	200	200	200	200	200	200
	e2	150	200	200	200	200	200	200
	e3	/	/	/	/	/	/	200
	g1	150	150	150	150	150	150	150
	g2	150	150	150	150	150	150	150
	g3	/	150	150	150	150	150	150
	g4	150	150	150	150	150	150	150
	h	125	125	125	125	125	125	125
	k	125	125	125	125	125	125	125
Jacket Nozzle DN	b1	65	80	80	100	100	100	125
	b2	65	80	80	100	100	100	125
	b3	65	80	80	100	100	100	125
	b4	/	80	80	100	100	100	100
	f1	65	80	80	100	100	100	100
	f2	65	80	80	100	100	100	100
	f3	65	80	80	100	100	100	100
	m	G3/4"	G3/4"	G3/4"	G3/4"	G3/4"	G3/4"	G3/4"
	n	G1/2"	G1/2"	G1/2"	G1/2"	G1/2"	G1/2"	G1/2"
Drive	DN	110	110	110	130	140	160	160
Drive	h5	1375	1375	1375	1995	2190	2420	2640
Notes 1: Calculated Capacity: Volume under highneck flange.
Notes 2: Support types could be determined by users; if there is no special request, lugs would be normally applied.

Samples Show

Upper Structure
Manhole with Sight Glass
Bottom Outlet
Bottom View
Side View
Front View
Production Line