LSCA-180 Contact angle measuring instrument

Main parameters:

1. Measurement mode: seat drop method and hanging drop method;

2. Measuring range of contact angle: 0 °~180 °;

3. Reading resolution 0.01 °;

4. Test accuracy ± 0.1 °;

5. Interface tension test range: 0.001-2000 mN/m;

6. The resolution of interfacial tension test is 0.001 mN/m;

7. Size: 130 cm * 50 cm * 60 cm.

Product features:

1. It can automatically find and analyze the baseline to improve the automation of the system;

2. Realize the functions of liquid quantification and dynamic contact angle measurement;

3. There is no need to manually define the contact surface (reference line) between the droplet and the substrate.

Application field:

1. Dynamic and static contact angle value;

2. Liquid gas interfacial tension;

3. Solid gas interfacial tension;

4. Solid liquid interfacial tension.

1. Manual titration system/automatic sample injection system

1-1. Manual titration accessories

1-2. Programmed double injection pump system (optional function; can conduct titration test independently and simultaneously)

1-3. Automatic sample injection system with multiple injection pumps can be selected at will. Each injection pump device can be operated independently and controlled through computer software (optional function)

2. Sample pedestal system

2-1. Sample platform

2-2. Inclined platform system (optional function)

2-3. Heating/cooling workbench (optional function)

2-4. Temperature and humidity control chamber (optional function)

3. Camera system

3-1. CMOS camera

3-2. Camera with higher speed and resolution (optional function)

3-3. Top camera system (optional function)

4. Control system

4-1. Built in computer (Microsoft operating system attached)

4-2. Built in software interface, easy to operate and execute data measurement and analysis

4-3. Programmable multi syringe pump system (optional function)

4-4. Continuous automatic measurement (optional function)

5. Others

5-1. LCD

5-2. Keyboard and mouse

6. Contact angle test diagram