I. Features of electrically heated glass lined reactor:

 

Advantage:

1. The electrically heated glass lined reactor is a reactor in which the medium in the jacket is heated by a heating rod to generate a heat source. The electrically heated glass lined reactor is mainly used to carry out the reaction under the conditions that it is inconvenient to provide heat sources such as steam. It has the characteristics of simple operation, flexibility and more precise temperature control.

 

2. In addition, the electrically heated glass lined reactor can save the cost of configuring heat sources such as steam, and the maintenance is also relatively simple.

 

Disadvantages:

1. Since the electrically heated glass lined reactor is heated by a heating rod, the heating cost is relatively high, and the stability of the power is required.

2. The heating rod equipped with the electrically heated glass lined reactor is easy to cause damage in the process of use. Although the replacement is simple, the maintenance cost is relatively high.

 

 

II. Our equipment advantages:

 

1. Our glass lined reactor adopts high-quality imported Czech enamel, and strictly abides by the cold enamel process to ensure the strict compliance of materials and procedures in the manufacturing process.

2. After the equipment is produced, it undergoes strict size measurement, water pressure and air pressure test, and high voltage electric spark test to ensure that all equipment has no quality problems before leaving the factory.

3. The equipment uses high-quality accessories, stainless steel PTFE gaskets, galvanized anti-corrosion clamps, nuts and bolts, and every detail is well done.

4. The heating rods are made of high-quality heating rods that meet EU standards to maximize the service life of the heating rods.

Nozzle Specifications

Nominal Capacity(L)	Manhole	Handhole	Agitator	Thermowell pocket		Sightglass	Lantern	Spare	Spare	Spare	Spare	Discharge	Inlet	Inlet	Outlet	Steam Inlet	Cooling water outlet	Pressure guage	Heater nozzle	Vent
	M	H	e	T1	T2	S1	S2	a	b	c	d	f	n1-2	n3	n4	L1-2	L3	P	K1-N	g
K50	---	80	65	65	---	65	65	65	---	---	---	65	---	---	---	20	20	---	65(N=4)	G3/4"
K100	---	80	65	65	---	65	65	65	---	---	---	65	---	---	---	20	20	---	65(N=6)	G3/4"
K200	---	125	100	65	---	65	65	65	65	---	---	80	---	---	---	25	25	---	65(N=6)	G3/4"
K300	---	125	100	65	---	65	65	65	65	---	---	80	---	---	---	25	25	---	65(N=6)	G3/4"
K500	---	150	100	100	---	100	100	100	125	---	---	80	---	---	---	32	32	---	65(N=9)	G3/4"
K1000	300X400	---	125	100	---	100	100	100	125	100	100	100	---	---	---	32	32	---	65(N=12)	G3/4"
K1500	300X400	---	125	125	---	125	125	100	125	100	125	100	50	---	---	50	50	---	65(N=12)	G3/4"
K2000	300X400	---	125	125	---	125	125	100	125	100	125	125	50	---	---	50	50	---	65(N=12)	G3/4"
K3000	300X400	---	150	125	---	125	125	100	125	100	125	125	65	---	---	50	50	---	65(N=15)	G3/4"
K4000	300X400	---	150	125	---	125	125	100	150	125	125	125	65	65	---	65	65	---	65(N=15)	G3/4"
K5000	300X400	---	150	125	---	125	125	125	150	150	125	125	65	65	---	65	65	---	65(N=18)	G3/4"
K6300	300X400	---	150	125	---	125	125	125	150	150	125	125	65	65	---	65	65	---	65(N=18)	G3/4"
K8000	300X400	---	200	150	---	125	125	150	150	150	150	150	80	80	---	80	80	125	65(N=21)	G3/4"
K10000	300X400	---	200	150	150	125	125	150	150	150	150	150	80	80	80	80	80	125	65(N=24)	G3/4"
K12500	300X400	---	200	150	150	125	125	150	150	150	150	150	80	80	80	80	80	125	65(N=24)	G3/4"