$ 3330.00Ex works
Using image analysis method to support high temperature sample testing, camera resolution up to 1280 × 1024, with automatic contact angle calculation and dynamic analysis function, Measurement range 0~ 180 °, accuracy 0.01 °.
Category : Contact Angle Goniometer
Brand : FangRui
SKU : NB008779
Service :The delivery and service By NBCLab.Com
JCY-2 contact angle tester is a standard instrument of FANGRUI brand, which uses image analysis method to measure solid contact angle, surface energy and liquid surface tension. Through CCD camera and image acquisition system, combined with software to automatically analyze the contact angle value, it is suitable for the measurement of various shape items, and can test the surface tension of the sample under high temperature conditions, such as melting polymers.
1. Using CCD camera system, the highest resolution is 1280 × 1024, the frame rate is 15 or 45/sec, and the droplet image is clearly displayed for High Accuracy Analysis. 2. High Accuracy Level Control, combined with hardware and software level correction, ensures accurate contact angle Linear dispersion. 3. Aviation aluminum body, light and stable. 4, automatically calculate the contact angle, support the left and right contact angle comparison function. 5, dynamic contact angle analysis system, including time change analysis, forward angle/backward angle, tilt angle, rolling angle analysis. 6. Solid surface energy estimation supports Fowkes one-liquid method, Owen two-liquid method, Zisman method, and Acid-Base method. 7. The software comes with luminance correction function, which can modify the image luminance. 8. Test methods: hanging drop method, seat drop method (static drop method). 9, surface tension measurement: hanging drop method (young's equation) measurement of liquid surface tension. 10. Database management functions: query, backup, compression, export EXCEL tables. 11. The operation calculation software is based on WIN XP and VIAST systems.
The instrument uses image analysis method, captures the droplet image through CCD camera and image acquisition system, and automatically analyzes and calculates the contact angle value by software. This method has low Environmental requirements, can adapt to various shape items and high temperature conditions, and is more flexible than force measurement method.
Metal welding process to detect the adhesion of flux to metal, printing industry inks, metal, paper adhesion, adhesion degree between adhesive and solid, aerospace industry air rain and fog on aircraft matrix wetting degree detection, other science in the projectile and rain fog contact angle determination, oil extraction injection additives and crude oil solid forward angle determination, nanomaterials and different active agents between moisture determination, aluminum foil hydrophilic angle determination
1. Adjust the position of the storage table and use the front and rear moving knob and the up and down moving knob. 2. Adjust the luminance of the backlight screen and use the adjustment knob. 3. Adjust the injection rack, including left and right adjustment, up and down adjustment, and angle fine-tuning. 4. Use the injection knob to inject the sample. 5. The image is captured by an industrial camera, and the software automatically analyzes the contact angle value.
• Power supply voltage 220V/50Hz to avoid voltage mismatch. • The maximum thickness of the sample does not exceed 35mm to prevent measurement errors. • Check the structural components of the equipment, such as the rack, storage table and injection needle before use, to ensure normal operation. • During high temperature testing, pay attention to sample safety and avoid burns. • Software operation is based on WIN XP or VIAST system to ensure compatibility.
JCY-2 is recommended, it uses image analysis method, is not limited by material uniformity, is suitable for metal surface, and the left and right contact angle comparison function is very practical.
It can directly measure the dynamic contact angle, including forward angle and backward angle, which is suitable for studying the effect of additives on crude oil wettability.
The JCY-2 is fine. It uses image analysis, which requires low sample Smoothness, and can also use a variety of methods to estimate surface energy, such as the Owen method, which is very flexible.
