Coil Cooling vs. Titanium Cannon Cooling in the Plating Industry
Author: Robby
The main difference between coil cooling and titanium cannon cooling in the plating industry is the cooling method and cooling effect.
Coil cooling usually refers to the use of metal coils (such as titanium coils) as the cooling medium, these coils are usually installed inside or outside the equipment that needs to be cooled, through the circulating flow of coolant (such as water or special coolant) to absorb heat, so as to achieve the cooling effect. Because of its excellent corrosion resistance, titanium coils are particularly suitable for industrial applications requiring corrosion resistance, such as electroplating. The fixing method of titanium coiler is divided into detachable and non-detachable two kinds, mainly according to the medium of the material and the corrosion of the titanium coiler, but the design is mainly based on the detachable type, which is convenient for the maintenance and cleaning of the titanium coiler.
Titanium cannon cooling refers to the use of titanium cannon chiller for cooling, this equipment usually has a box-type structure, built-in pump, through the titanium tube through the internal cooling water or steam, so as to heat or cool the liquid temperature in the pool. Due to its high cooling efficiency and powerful cooling capacity, as well as its low installation environment requirements, the Titanium Cannon Chiller is particularly suitable for electroplating processes that require fast and effective cooling. The main drawbacks of the titanium gun chiller are the need for external cooling water towers to dissipate heat, the constraints of circulating pipes, and the inconvenience of moving long distances after installation.
To summarize, coil cooling and titanium cannon cooling are both common cooling methods in the electroplating industry, but their working principles, installation and use conditions are different. Coil cooling is more flexible and suitable for equipment of various sizes and shapes, while titanium cannon cooling shows advantages in specific situations with its efficient cooling effect and adaptability to the environment. The choice depends on specific process requirements, equipment conditions and cost considerations.