30 Liter 500 Watt Lab Ultrasonic Bath With 800W Heating Power For Lab Tools

Why You Need Whale Cleen Sonic Lab Ultrasonic Bath?

The Whale Cleen Z-X10 Ultrasonic Cleaner is designed for performance, control, durability, and reliability for a variety of applications. The HS-1010 is powerful enough to remove heavy oils, buffing compounds, and proteins, consistent enough to manage difficult laboratory cleaning, while also safe enough for delicate components or fine jewelry. Ultrasonic sound waves move through a cleaning solution, creating an effect called cavitation, which is the rapid formation and collapse of microscopic bubbles. The 40kHz transducers provide increased cleaning power with built-in sweep frequency for uniform cleaning throughout the bath. Features digital timer and 30L capacity with easy-empty rim.

All of our equipment is fully tested to perform at factory specifications before being shipped.

Specification:

More Special design please contact whale Cleen sonic sales man for more information.

Customer's Feedback:

Advantage Of Ultrasonic Cleaning:

1. It can clean entirely for your all laboratory instrument.

2. It can improve accuracy of your experiments.

3. It save your time and labor.

4. It can be used for other application like dissolution,extraction and etc.

5. It is enviromentally cleaning method and you don't need any harmful solvent.

Discount Policy:

If you are the first customer of Whale Cleen sonic, you will get US$50 coupon when your purcahse amount over US$500.More discount information,please contact our sales man for more detail.

FAQ:

1. How Can I Enhance the Cleaning Process?

It depends on the item you intend to clean and the type of ultrasonic cleaner you are using. However, for optimal cleaning, set a suitable temperature and timing for the cleaning process. The size of the ultrasonic cleaning machine and the cleaning solution used also determines how well it cleans the item.

2. Which Cleaning Solutions Should I Not Add to the Water?

Solutions that have low flash points should not be added. The cavitation process works by releasing energy, which is converted to heat and then to kinetic energy. As a result, high-temperature gradients are generated in the solutions. Using flammables, bleach, acids, or other such agents produces even higher temperature gradients that can be extremely risky. Here is a list of effective cleaning solutions:

· Alkaline Solutions: With a pH of 10 or higher, they are great for cleaning stainless steel, metals, zinc, tin, copper, and cast iron. Alkaline solutions also work well when cleaning ceramics, glass, and plastic materials.

· Acidic solutions: they have a pH of 5 or lower hence, more aggressive than alkaline solutions. As such, acidic solutions are used for cleaning specific materials, e.g., removing oxides from metals as long as the solution contains inhibitors that protect the base material.

· De-ionized water: it is great for cleaning all kinds of material-metals, plastics, rubber, glass, and fabrics.

· High Caustic solutions: these are special alkaline solutions used for removing waxes, heavy grease, and oils from steel, cast iron, and stainless steel.