8.500L Large Capacity Heat Exchanger Ultrasonic Cleaner,Industrial Ultrasonic Cleaner For Heat Exchanger

LARGE ULTRASONIC CLEANING TANK FOR HEAVY DUTY CLEANING

skymen  large capacity  8.500L Large Capacity JTS-11152  ultrasonic cleaning equipment was specially designed to eliminate heavy contaminants on large industrial parts with the length up to 8m and with the maximum diameter up to 2m.

Main equipment characteristics:

• Specially designed for heavy duty applications as heat exchanger cleaning in refineries, power plants and industrial centers.
• Powerful low frequency ultrasonic cleaning technology to remove hydrocarbons, scale and other resistant process foulants.
• Transportable unit with standardized external dimensions for overseas shipment. Build-in the 40 feet container with easy set up at customer´s place.
• Adapted for exterior use. Ultrasonic tank with special construction in stainless steel SUS316L with IP65 protection grade to operate outdoors at customer’s site
• Autonomous. Ultrasonic tank can work in remote areas thanks to optional cogeneration equipment.
• Available in various standard sizes, but also in custom construction for special applications

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How It Works?

This method of cleaning uses a device which produces ultrasonic signals to clean objects that are too delicate or intricate to use by regular means. For this process sound waves of high frequency and a special cleaning solution are required. These sound wave frequencies can range between 20-400 kilo-Hertz. Since it is not easy to clean intricate or small parts this process of cleaning eliminates the need for using any harsh chemicals.
The devices used in the process of ultrasonic cleaning are called ultrasonic parts cleaners. Ultrasonic cleaners use special cleaning solutions to clean grime even from the inside of cracks in the tiniest parts. These devices are made from stainless steel and are corrosion and rust resistant.

Advantages Of Ultrasonic Cleaning:

• Less time is needed to clean components (1)

• More efficient than conventional methods in removal of contaminants. See Figure 6.4

• (1)

• Components have a greater lifespan than those cleaned by other methods. The

• improved surface finish reduces wear and damaging friction (1)

• Cost of materials is reduced since fewer parts have to be rejected through inefficient or

• damaging cleaning (1)

• Because of inherently small size of the cavitation jet and relatively high energy,

• ultrasonic cleaning has ability to reach into small crevices and remove surface soils

• effectively (3)

• Although high capital costs, reduced solvent expenses can often pay for a system in a

• short period of time (4)