SGC-QH6 Whole Tilt Dynamic Rolling Contact Angle Tester

technology project

Functional indicators

1. Measurement of dynamic/static contact angle

1-1. Analysis algorithms: height measurement method, angle measurement method, circular ring method, ellipse method, fitting method, Y-L method

1-2. It has the function of testing and comparing the left contact angle, right contact angle, and average contact angle separately

1-3. It has special surface analysis functions such as concave, convex, curved, superhydrophilic, superhydrophobic, etc

1-4. Analysis function with irregular and non axisymmetric intrinsic contact angle

1-5. Analysis function with forward contact angle, backward contact angle, and rolling angle

1-6. Batch testing function with automatic analysis of contact angle change process

1-7. Measurement range: 0 ° to 180 °

1-8. Measurement accuracy: ± 0.1 °

1-9. Provide calibration blocks to calibrate measurement accuracy at any time

1-10. Measurement resolution: 0.001 °

2. Surface/Interface Tension Measurement

2-1. Analysis algorithms: manual method, automatic method

2-2. Measurement range: 0.01~1000mN/m

2-3. Measurement accuracy: ± 0.1%

2-4. Measurement resolution: 0.001mN/m

3. Estimation of surface energy

3-1. Estimation models: Fowkes, Extended Fowkes, Owens Wendt, van OSS

Wu harmonic mean method, equation of state method

3-2. Solid surface energy, dispersion force, polarity force, hydrogen bonding force, van der Waals component can be obtained separately

Lewis acid content, Lewis base content, etc

3-3. Liquid database: pre-set surface tension and component data for 37 commonly used liquids,

The data can be directly imported for surface energy estimation

3-4. Liquid storage data can be added, deleted, and modified by oneself

4. Wettability analysis

4-1. The wetting degree of a solid can be analyzed by the surface tension of the liquid and the contact angle with the solid,

Including adhesion work, spreading coefficient, and adhesion tension

5. Data management

5-1. Save test information, test data, and images through test templates

5-2. The newly created test template can be repeatedly imported and used after being saved

5-3. The experimental data can be modified, deleted, and imported for reanalysis

5-4. The experimental data can be annotated on the image and saved together with the image

5-5. The test results can be exported to Word, Excel, and PDF

6. Image capture

6-1. Single shot, continuous shot, video recording, and image playback

6-2. Optional use of camera external view function for automatic shooting

7. Optical imaging system

7-1. Camera: 3 million pixels, frame rate of 36 frames per second

7-2. Lens: 0.6~4.0 x continuous zoom, focusing distance 82mm

7-3. Focusing range: ± 12.5mm; Focusing accuracy: 0.25mm

7-4. During focusing, the software automatically detects the clarity and eliminates human error

7-5. Horizontal and pitch adjustment range: ± 2 °

7-6. Backlight source: LED cold light source+shading plate, infinite brightness adjustment

8. Drip system

8-1. Dropping method: Software controlled sampler for automatic dripping and automatic lifting

8-2. Droplet volume: 0.1 μ l/drop

8-3. Dropping accuracy: ± 0.05 μ l

9. Tilt the sample stage

9-1. Table size: X100 × Y90mm

9-2. Travel distance: X50 × Y50 × Z50mm

9-3. Movement mode: Manual knob control for 3D movement positioning

9-4. Tilt Method: The software controls the coaxial overall tilt of the sample stage, imaging system, and droplet system

9-5. During the tilting process, the droplet remains at the center of the window without the need for manual adjustment of the sample stage position

9-6. Tilt range: 0 ° to ± 90 °

9-7. Tilt accuracy: ± 0.01 °

10. Host parameters

10-1. Size: Approximately W585 × D280 × H650mm

10-2. Weight: Approximately 25kg

10-3. Power supply: 1 × AC220V 50HZ