Stainless Steel Ultrasonic Reactor For Ultrasonic Cleaning , Biochemistry

Stainless Steel Ultrasonic Reactor For Ultrasonic Cleaning , Biochemistry

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: