Ammonia water nozzle

Description of ammonia water nozzle:

1.Purpose:Used at the bottom of the gas collection pipe to clean tar residue.

2.Working environment:The working medium of the nozzle is~80℃ammonia water,soaked in ammonia water.

3.The supply quantity is 66,including 2 spare parts.

4.Its structure is a split structure,with several spray holes evenly arranged on the upper and lower nozzle bodies.

5.Technical requirements:The material is HT150

The processing requirements and dimensions are detailed in the bidding party's drawings for processing and production.

The assembled single nozzle ammonia spray nozzle is a key component in the ammonia spray system of the coke oven body,installed on the upper part of the bridge pipe.

The ammonia water nozzle produced by our company is composed of a nozzle body,a cleaning cover,a nozzle,a bend,and large and small flanges.Among them,the nozzle body is threaded to the nozzle and cleaning cover,while the rest are all welded.The various components of this utility model are processed separately,which is simple to process,easy to clean,and easy to maintain,enabling the blocked nozzle to be processed quickly,thus ensuring the normal spraying of ammonia.In addition,the secondary product has a single angle,single nozzle structure,and the designed spraying angle improves the spraying effect.

The ammonia water nozzle used for cleaning the electric tar collector is composed of an upper nozzle body and a lower nozzle body,which is characterized in that the upper nozzle body is an inverted horn shape,and there are 3-6 diameters uniformly arranged around itΦA 3-5mm spray hole with a total area of 3-5%of the surface area of the upper nozzle body;The lower nozzle body is a hemispherical shape,with 40-50 diameters evenly arranged around itΦ3-5mm ammonia spray hole,with a total area of 4.5-6.5%of the surface area of the lower nozzle body;The necked end of the nozzle body is connected to the high-pressure ammonia water pipe,while the flared end is connected to the lower nozzle body.