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Chandrakant&Co
Nozzle MOC : 1000 GPM @ 100 PSI With 4 " Waterways with Jet Nozzle: Carbon Steel S.S Gun Metal: Aluminium Alloy S.S Gun Metal: 1000 GPM @ 100 PSI With 4 " Waterways with Jet- Spray Nozzle: 1250 GPM @ 100 PSI with 4 "Waterways with Jet Nozzle: 1250 GPM @ 100 PSI with 4 "Waterways with Jet- Spray Nozzle
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Influence of Air Cooling Jets on the Steady
The influence of air cooling jets on the steady-state shape of the strip in hot dip galvanizing lines is investigated. For this purpose, the force characteristic of a single nozzle is measured by a laboratory flow simulator. This approach differs from conventional methods, where typically, CFD simulations are used.
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Jet Flow Characteristics of 3
1-slot nozzle. Takeda 9)et al. first investigated the jet flow characteristics and wiping performance of 3-slot nozzles in an experimental analysis with a paraffin wiping apparatus. The results showed that the jet formation after mixing of the three jets changes depending on the shape of the nozzle
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A Mathematical Model for Gas
In the gas Wiping for continuous hot-dip galvanizing, a model analysis representing the relationship between its zinc coating weight and operating factors was carried out. By using this model taking the characteristics of two-dimensional free jet into consideration, new knowledge such as the fact that zinc coating weight is not influenced by
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Study on the wiping gas jet in continuous galvanizing line
In the continuous hot-dip galvanizing process, the gas-jet wiping is used to control the coating thickness of moving steel strip. The high speed gas-jet discharged from the nozzle slot impinges on
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Wiping Effect of CGL on Appearance of Hot
hot-dip coated steel sheets at CGLs is this gas wiping process. For example, the jet flow of the wiping nozzles causing splashing of molten zinc as a foreign material1), which is called splash, and the splash adhering to the surface of the wiping nozzles influences the jet flow, causing a longitudinal striped pattern called linear mark.
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(PDF) Effect of nozzle tilting on splashing in jet wiping
This paper presents an analysis of the jet wiping process in hot-dip galvanization. This technique consists in reducing the liquid film thickness on a moving substrate by applying gas slot jets.
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Study on the wiping gas jet in continuous galvanizing line
In the continuous hot-dip galvanizing process, the gas-jet wiping is used to control the coating thickness of moving steel strip. The high speed gas-jet discharged from the nozzle slot impinges on the strip, and at this moment, wipes the liquid coating layer dragged by a moving strip. The coating thickness is generally influenced on the flow characteristics of wiping gas-jet such as the
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