Digital Thermostatic Water Bath - Round Shape 600W (110V)

Features:

The single hole water bath has a capacity of 3L and is constructed using high-quality stainless steel materials. It is equipped with digital display temperature control for more accurate readings.

The U-shaped heating tube, made of high-quality stainless steel, along with a temperature sensor, ensures rust resistance and low heat dissipation.

Cleaning is made easy with the inner tank's one-time molding technology, making it a breeze to maintain and extending its overall lifespan.

The removable stainless steel lid can be adjusted to accommodate flasks or test tubes of various sizes and types.

Specifications:

• Voltage: 110V
• Power: 600W
• Capacity: 3L
• Temperature control range: RT~100℃
• Working size: 20*10cm
• Temperature control accuracy: ±0.5℃
• Temperature display accuracy: ±0.5
• Weight: 3.5kg
• Size: 312516cm

Key Points:

1. Accurate Temperature Control: The temperature can be adjusted within a range of RT-100℃ with an error margin of ±0.5℃, thanks to the precise intelligent temperature control instrument.

2. Stainless Steel Material: The rust-proof and corrosion-resistant inner tank and cover are both made of stainless steel. The one-time molding technology ensures a leak-proof inner tank with no joints or welds.

3. Characteristics: The microcomputer-controlled water bath features an LED temperature display and a control panel for setting the time and adjusting the heating temperature. Its simple operation makes it convenient for use.

4. U-shaped Heating Tube: The stainless steel heating tube and sensor at the bottom of the thermostatic water bath provide even heating, rapid temperature increase, long service life, and high temperature resistance.

5. Application: This digital thermostatic water bath is suitable for various tests such as distillation, drying, concentration, constant temperature heating, disinfection, and boiling. It is widely used in laboratories, scientific research institutions, and universities.

product information: