High Efficiency Ultrasonic Reactor Tubular Transducer Equipment

High Efficiency Ultrasonic Reactor Tubular Transducer Equipment

Quick Detail:

stainless steel Tubular Transducer Equipment is widely used in the fields of ultrasonic cleaning, biochemistry, food, chemical and pharmaceutical industry.

Description:

Since cavitation occurs on all outside areas of the tube, ultrasonic energy distribution in the tank is very uniform, with an excellent cleaning effect.

The output power of the tubular transducer equipment is not affected by the depth of solution, capacity of bath, variation of solution temperature and so on.

Thanks to structural tubular equipment, the application range is wider than a conventional transducer equipment. It is best matched to vacuum and high pressure cleaning and chemical processing.

It has one and half to two times the life can be maintained compare with conventional transducer equipment.

The round shape makes it possible to install very simply in every place so that the designing of the bath is simple.

The tube structure guarantees watertightness.

Applications:

It is widely used in the fields of ultrasonic cleaning, biochemistry, food, chemical and pharmaceutical industry. In biochemistry industry, the tubular transducer equipment can be used for emulsification, separation, homogenization, refining and catalyzing reaction and it can increase production capacity. The tubular transducer equipment plays an important role in the even stirring of homogenates in food processing. In the chemical industry, it is suitable for cleaning pipeline, tanks and kettles. The catalyzing effect of ultrasonic is quite obvious when the tubular transducer equipment used in the refinement of scavenge oil and palm oil to biodiesel, as the efficiency can be improved more than tenfold. Therefore, it will have expansive applications in the petro-chemical industry.

Specifications:

Competitive Advantage:

◊ High efficiency

◊ High amplitude:

◊ Good heat resistance

◊ Good construction:

Established in 1999, Beijing Cheng-cheng Weiye Science and Technology Co., Ltd is a professional manufacturer specializing in ultrasonic transducers, ultrasonic apparatus and piezoelectric ceramics.
Notably in 2004, we researched and developed our ultrasonic tubular transducer equipment into a new product that turns the extreme inconvenience brought about by pipeline and vacuum cleaning into an easy task. This product has been widely used in distillation, mix and mill for various chemical procedures and has received much praise from our customers.
Our headquarter is located in Beijing, China. Our manufacturing base is in Baoding, Hebei province. Cheng-cheng Weiye also has two branches in Shenzhen and Zhangjiagang and two sales agents in Japan and the USA. At present, there are five departments of the company comprising R&D, Production, Domestic Sale, Export and After-sales service.
We have close cooperation with the Institute of Acoustics, Chinese Academy of Sciences, Tsinghua University and other scientific research institutes and work together with many renowned experts in the ultrasonic industry within China. With a microcomputer control processing center and possession of advanced power ultrasonic inspection equipment (HP-4294A for example), our R&D capacity in the field of ultrasonic products is superior to that of our competitors.
All of our products are manufactured according to the ISO standard, ensuring our product quality and we were also awarded RoSH certification.
We energetically develop international markets while keeping our products in a strong competitive position with a large share of the domestic market. Currently, our products are exported to the United States, Australia, France, Slovakia, Turkey, Singapore, India and Hong Kong and other locations.
Relying on our strong technical ability in research and development in professional ultrasonics, we ensure our customers can feel confident in buying "Cheng-cheng Weiye" products.
We would like to create, together with you, a bright future in the ultrasonic application field.