Single Chamber Multiprocess Cleaning Equipment

• Regular Maintenance: Ideal for routine maintenance of heat exchangers to ensure optimal performance.
• Scale and Fouling Removal: Effectively removes scale, fouling, and other contaminants to improve heat transfer efficiency.
• Industrial Applications: Suitable for cleaning heat exchangers in various industrial settings.
• Precise and Gentle Cleaning: Provides thorough cleaning without damaging sensitive equipment surfaces.

Ultrasonic transducers are mounted on or immersed in the heat exchanger system.

These generate high-frequency sound waves, creating microscopic cavitation bubbles in the fluid.

The implosion of bubbles produces micro-jets and shockwaves, which:

• Break down and remove existing scale, fouling, and biofilm.
• Prevent new deposits from adhering to the surfaces.

The process is non-invasive, chemical-free, and continuous, ensuring minimal downtime.

• Retrofit Design – Can be installed on new or existing sieve machines.
• Mesh Anti-Clogging Technology – Prevents screen blinding and improves throughput.
• Wide Frequency Range – Typically operates at 36 – 40 kHz ultrasonic frequency
• Compatible with Fine Meshes – Works efficiently with meshes up to 20 microns
• Digital Generator Control – Stable output with adjustable power settings.
• Energy Efficient – Optimized ultrasonic power consumption.
• Durable Build – Long-lasting stainless steel and robust transducer assembly.
• Safe for Sensitive Materials – Gentle ultrasonic action avoids damage to fragile powders.

• Extended Equipment Life – Prevents corrosion and mechanical stress caused by scale buildup.
• Higher Energy Efficiency – Clean surfaces ensure optimal heat transfer, lowering energy costs.
• Reduced Downtime – Enables continuous operation without frequent manual cleaning.
• Lower Maintenance Costs – Less need for chemical cleaning and mechanical scrubbing.
• Eco-Friendly Operation – Supports green manufacturing with minimal chemical use.
• Versatile Application – Suitable for water-cooled condensers, boilers, chillers, and industrial heat exchangers.

• Chemical Industry: Maintains optimal heat transfer efficiency in chemical processing equipment.
• Oil and Gas Industry: Ensures cleanliness and efficiency of heat exchangers in refineries and processing plants.
• Power Generation: Keeps heat exchangers in power plants operating efficiently.
• Food and Beverage Industry: Ensures hygienic and efficient operation of heat exchangers used in food processing.
• Pharmaceutical Industry: Maintains the cleanliness and efficiency of heat exchangers in pharmaceutical manufacturing.
• HVAC Systems: Ensures optimal performance of heat exchangers in heating, ventilation, and air conditioning systems.