stainless steel reactor

Product Overview: Stainless steel reaction vessels refer to pressure vessels mainly used to complete physical and chemical reactions, such as reaction vessels, oxidation vessels, decomposition vessels, polymerization vessels, crystallization vessels, etc. We can manufacture large stainless steel reactors with a capacity of 80m3, a pressure of 10MPa, and a single weight of 100T. Heating methods include electricity, steam, thermal oil, infrared radiation, etc; The cooling method includes jacket, outer coil, and inner coil cooling, with a frequency conversion speed of 0-1000r/min. The form of the stirring blade can be selected according to the user's requirements. The materials can be carbon steel, stainless steel, titanium, aluminum alloy, duplex steel, and their composite materials.

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Product Details

Product Overview

Stainless steel reaction vessels refer to pressure vessels mainly used to complete physical and chemical reactions, such as reaction vessels, oxidation vessels, decomposition vessels, polymerization vessels, crystallization vessels, etc. We can manufacture large stainless steel reactors with a capacity of 80m3, a pressure of 10MPa, and a single weight of 100T. Heating methods include electricity, steam, thermal oil, infrared radiation, etc; The cooling method includes jacket, outer coil, and inner coil cooling, with a frequency conversion speed of 0-1000r/min. The form of the stirring blade can be selected according to the user's requirements. The materials can be carbon steel, stainless steel, titanium, aluminum alloy, duplex steel, and their composite materials.

According to the different sealing forms of stainless steel reaction vessels, they can be divided into packing seals, mechanical seals, and magnetic seals.

According to the manufacturing structure of stainless steel reaction vessels, they can be divided into three categories: open flat lid reaction vessels, open butt welded large flange reaction vessels, and closed reaction vessels. Each structure has its own scope of application and advantages and disadvantages.

Technical Specifications

Specifications（L）	nominal diameter（φmm）	Nominal diameter of jacket（φmm）	Motor power（KW）	Reducer model	stirring speed（r.p.m）
30	300	400	0.6	BLD 0.6-1	60-100
50	400	500	0.8	BLD 0.8-1	60-100
100	500	600	1.1	BLD 1.1-1	60-100
200	600	700	2.2	BLD 2.2-2	60-100
300	700	800	3	BLD 3-2	60-100
500	900	1000	3	BLD 3-2	60-100
800	1100	1200	4	BLD 4-2	60-100
1000	1200	1300	4	BLD 4-3	60-100
1500	1200	1300	4	BLD 4-3	60-100
2000	1300	1400	5.5	BLD 5.5-3	60-100
2500	1400	1500	7.5	BLD 7.5-4	60-100
3000	1500	1600	7.5	BLD 7.5-4	60-100
3500	1500	1600	7.5	BLD 7.5-4	60-100
4000	1600	1700	7.5	BLD 7.5-4	60-100
5000	1800	1900	11	BLD 11-4	60-100
6000	1900	2000	15	BLD 15-5	60-100
1000	2200	2300	15	BLD 15-5	60-100
18000	2700	2800	15	BLD 15-5	60-100
32000	3200	3300	37	BLD 37-56A	35-59
80000	4000	4200	55	BLD 55-56A	35-59

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