It has been said that ultrasonic cleaning of clothing is impossible. Ultrasonic cleaning is a battle against air. If there is a lot of air in the air, ultrasonic waves are reflected and absorbed, and positive and negative shock waves of cavities (groups of micro vacuum nuclei) are not generated. If air is removed from the clothes and the correct ultrasonic waves are applied, 200 Y-shirts can be cleaned in a short time, even if they are still on hangers.
True ultrasonic cleaning technology is about to usher in a new era of cleaning,including high-end silk products for home and professional use. …
From mats at office entrances, to high-end carpets in Islamic countries, mats in hospitals, etc., to the regeneration and cleaning of air conditioning filters consumed in the millions annually in factories and various buildings, to the regeneration of HEPA filters in power plant turbines, true ultrasonic cleaning technology is at work.
Our ultrasonic cleaning technology solves problems including various precision metal filters.
Recycling is an obligation of global citizens. Let's seriously consider it. …..
Various griddles for grilled meat, lunch boxes, Western tableware, Japanese
tableware, cleaning equipment for production lines in the food industry, various trays,etc. The food industry, like the pharmaceutical industry, is filled with equipment that needs to be cleaned.
The world of cleaning by brushes, showers, and manual labor, however, we believe that true ultrasonic cleaning technology can create situations that fully meet your expectations.
By the way, have you ever heard of ultrasonic instant rice washing? …..
Ultrasonic organic synthesis is a technology to create industrially useful chemicals
(or new chemicals) by generating and accelerating chemical reactions that would not normally (or only rarely) occur using the powerful positive and negative shock waves of ultrasonic waves, which are generated about 50,000 times per second.
It is a technology with tremendous potential. Reproducibility and productivity are always problems in this field, but this is caused by ignorance and lack of
understanding of ultrasonic technology.
We believe that only true ultrasonic cleaning technology can open the future of stable ultrasonic organic synthesis.
The following is a summary of the fields in which ultrasonic waves are currently used from the standpoint of a vibrating element manufacturer.