| Customization: | Available |
|---|---|
| After-sales Service: | 1 Year |
| Warranty: | 1 Year |
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ASTM D1417 ISO 6295 Optical Contact Angle Tester Surface Energy Contact Angle Measuring Instrument
Description:
Optical Contact Angle Measuring Instrument Water Drop Angle Tester High Precision Lab Equipment contact angle measuring instrument adopts the principle of optical imaging, and analyzes the Analytical way to measure sample surface contact angle, wettability, surface interfacial tension, surface energy, roll (slip)drop angle), forward and backward angle and hysteresis and other performance. In the fields of mobile phone manufacturing, glass manufacturing, surface treatment, material research, chemical engineering, semiconductor manufacturing, coating ink, electronic circuit, textile fiber medical biology and other fields, contact angle measurement has become an important instrument for evaluating surface properties.
Applications
This machine is used for testing and analyzing the contact angle of liquids on solid surfaces, the surface tension of liquids, and the surface energy of solids. It enables the analysis of the hydrophilicity/hydrophobicity of solid surfaces, wetting property analysis, cleanliness detection, treatment effect evaluation, as well as the analysis of processes such as liquid competition, adsorption, absorption, and spreading. It is widely applied in testing and research in numerous fields including chemical engineering, medicine, food, electronics, printing and dyeing, spraying, mili tary industry, and education and science.
Feature
*Precision machinery: The framework of the system is made of high-quality imported high-strength oxidized protective aluminum profiles and is treated with paint. All other major components are also fabricated from aluminum alloy, stainless steel and copper alloy through precise manufacturing processes.
Precise positioning: All the linear moving units of the system, including the movement adjustment of the three-dimensional sample stage (xy-axis), (Z-axis) syringe/needle, are driven by linear copper racks and precise dovetail grooves, ensuring smooth, effortless and precise transmission.
*Automatic Control: As a standard feature, the CA-200 is equipped with a professional-level software-controlled precise automatic liquid dispensing system AD (Automatic Dispensing). It uses precise linear linear guide rails for droplet dispensing, with a control accuracy of up to 0.1 ul, ensuring the accuracy and repeatability of measurements. The Pusette team has changed the traditional way of introducing liquid through the guide tube, adopting a push-pull rod direct-pressing structure, which is more convenient for cleaning and replacement of the sampler, and also avoids the problems of difficult air discharge and the need for professional operation in traditional guide tubes for sample introduction. It can be equipped with high-precision airtight glass micro syringes (such as for measurements requiring precise/fine volume control) or disposable plastic syringes (such as for measuring liquids that are difficult to clean). When the liquid runs out, it can be automatically refilled directly using the 5 ml disposable beaker provided.
*Completely equipped injection system and needle selection: A variety of injection systems of different specifications are provided for users to choose from, such as different sizes (25ul/50ul/100ul/250ul/500ul/1000ul... ) .) Different materials (hermetic glass injector / plastic injector), different brands (Hamilton / Boli...) .) To meet the different customer needs. It offers various specifications (10-34#), as well as different materials (stainless steel / polytetrafluoroethylene / pp flexible needle) and special needles (curved needle), which can be used for conventional contact angle measurement, and also for the sample injection and droplet transfer of special liquids such as superhydrophobic, superhydrophilic, and high-viscosity liquids.
*Imaging System: As the standard configuration, the CA-200 adopts a rolling shutter high-resolution CMOS image sensor combined with a pomeas 0.7-4.5 telecentric profile lens. This ensures the best imaging effect. At the same time, the high-intensity cold light source with continuously adjustable brightness provides uniform background illumination for imaging.
*PT-501C Computerized Peel Force Testing Machine - Technical Proposal 1103.png Leading Software Platform: The software is the soul and brain of the entire measurement system. CAPST V1.2.1 software provides users with a wide range of functions and features, and many of these items are outstanding in this field. As an optical method, the measurement accuracy depends on the quality of imaging and the subsequent processing, analysis, and calculation methods. The sub-pixel droplet coordinate detection, automatic liquid/solid/stream - three-phase contact line recognition, droplet full contour analysis, and droplet monitoring function based on continuous information feedback, etc., constitute the core components of the software, and all of these can be completed in real time.
Standard
ASTM D 1173 / Standard Test Method for Evaluating the Foaming Properties of Surfactants (Roche Foaming Analysis Method)
ASTM 5725 / Standard Method for Measuring the Wetting and Absorption Properties of Sheet Materials Using an Automatic Contact Angle Tester
ASTM 724 / Standard Method for Measuring Paper Surface Wettability (Contact Angle Method)
ASTM C 813 / Standard Method for Testing Glass Hydrophobic Soiling by Contact Angle Measurement
ASTM D 971 / The standard method for testing the interfacial tension of oil with respect to water using the ring method
ASTM D 1331 / Standard Test Method for Surface Tension and Interfacial Tension of Surfactant Solutions
ASTM D 1417 / Standard Method for Testing Synthetic Rubber Latex
ASTM D 1590 / Standard Test Method for Water Surface Tension
DIN 53914 / Surface Activity Agent Test - Determination of Surface Tension
DIN 55660 / Paints and Varnishes - Evaluation of Wetting Properties
DIN EN 14210 / Surfactants - Determination of the surface tension of surfactant solutions by the pin method or the ring method
DIN EN 14370 / Surfactants - Determination of surface tension
DIN 14272 / Foam Compound German Standard - Suitable for fire-fighting low-expansion water-based foaming compounds
ISO 1409 / Plastics / Rubber - Polymer dispersions and rubber latexes (natural and synthetic) - Ring method for determination of surface tension
ISO 4311 / Anionic and nonionic surfactants - Determination of critical micelle concentration - Plate method, cup method or ring method for measuring surface tension
ISO 6295 / Determination of Oil-Water Interface Tension
ISO 6889 / Surfactants - Determination of interfacial tension by film pulling method
ISO 304 / Surfactants - Determination of Surface Tension by Film Pulling Method
"Amendment to EU L251/37 / Surface Tension"
OECD 115 / Chemical Testing Guidelines - Surface Tension of Aqueous Solutions
ASTM D1417 ISO 6295 Optical Contact Angle Tester Surface Energy Contact Angle Measuring Instrument
| Overall parameters | Model | LS-1008 |
| Name | Standard optical contact angle measuring instrument | |
| Type | normalized form | |
| Fuselage material | Aviation aluminum | |
| Input power supply | 220V 50-60Hz | |
| Power | 10W | |
| Instrument size | About 655mm(W)*180mm(L)* 500mm(H) | |
| Instrument weight | About 14KG | |
| Sample platform system | Left and right x movement | Manual: travel 30mm, accuracy 0.1 mm. |
| Y-shift back and forth | Manual: travel 50mm, accuracy 0.1 mm. | |
| Z-move up and down | Manual: travel 30mm, accuracy 0.1 mm. | |
| Horizontal adjustment | Horizontal adjustment of the whole machine and camera (distribution of professional XY level) | |
| Sample table size | 130*150mm (customizable) | |
| Maximum sample that can be placed | 200(W)*∞(L)*30(H)mm | |
| Sample table material | Aviation aluminum | |
| Inject system | Liquid injection moving stroke | Y stroke: 40mm Z stroke: 35mm, accuracy 0.1mm (needle centering and droplet transfer). |
| Dropping control movement | Stroke: 25mm, accuracy: 0.01mm | |
| Dropping mode | manual | |
| Dropping accuracy | 0.1ul | |
| Liquid adding mode | Manual (dispensing 5ml glass beaker with liquid) | |
| Micro sampler | Capacity: 1000ul | |
| Inhead | Ten 0.5mm stainless steel needles (replaceable) and 10 0 0.25mm superhydrophobic needles (replaceable) are standard. | |
| Acquisition system | Camera | SONY imported high-speed industrial-grade chips from Japan (Onsemi exposure) |
| Camera lens | 0.7x-4.5x | |
| Sensor type | 1/1.8 inch progressive scanning CMOS | |
| Resolution ratio | 1280×1024 | |
| Focal distance | ±2.5mm adjustable | |
| Image shooting method | Single sheet, interval, continuous | |
| Shooting interval time | 500-3600000ms | |
| Video recording mode | Video recording, rebroadcasting and synthesis | |
| Clarity measurement | Fully automatic software focusing | |
| Maximum shooting speed | 80 frames /s | |
| light Source system | light source | Industrial blue cold light source imported from the United States (effectively avoiding evaporation of droplets due to heat |
| emitted by the light source) | ||
| Compound mode | The Shi Ying diffusion film imported from Japan makes the brightness more uniform and the droplet outline clearer. | |
| life | More than 50,000 hours | |
| Brightness control | PWM stepless regulation+software regulation | |
| Brightness recognition | Automatic brightness identification through Beidou exclusive algorithm ensures the best brightness. | |
| Light source wavelength | 465nm | |
| power | 1W | |
| Contact angle measurement | Contact angle measurement method | Hanging drop method, seat drop method, etc. |
| Measuring software | CA V2.0 static/dynamic contact angle measurement software+surface energy measurement software. | |
| Software operating system requirements | Windows 10(64-bit) | |
| Contact angle measurement method | Automatic and manual | |
| Calculation method of contact angle (static contact angle) | Automatic fitting method (ms-level one-key automatic fitting, without manual error), three-point fitting, five-point fitting, | |
| automatic measurement (including Circle method/ Oblique Circle fitting, Ellipse method /Oblique Ellipse fitting, B-Snake fitting, | ||
| Dynamic contact angle measurement | Advancing angle, receding angle, hysteresis angle. | |
| (Dynamic contact angle) | (Multiple pictures can be fitted in batches or videos can be fitted continuously to calculate Video analysis) | |
| Surface energy measurement method | Surface energy measurement method | Fowks method, OWRK method, Zisman method, EOS method, Acid-Base Theory method, Wu harmonic mean method and Extended Fowkes method (37 kinds of liquid databases are pre-installed in the software, and the liquid performance parameters can be established by themselves) can be directly transferred for surface energy estimation, and the data in the liquid database can be added, deleted |
| and modified by itself. Solid surface energy, dispersion force, polar force, hydrogen bonding force, van der Waals component, | ||
| Lewis acid component, Lewis base component and so on can be obtained respectively. | ||
| Surface interfacial tension | Measurement method | Automatic fitting+manual fitting |
| precision | 0.01 mN/m | |
| measuring range | 0.1mN/m-2000mN/m | |
| Wettability analysis | Adhesion work | One-key automatic analysis |
| Spreading coefficient | One-key automatic analysis | |
| precision | 0.001 mN/m | |
| unit | mN/m |
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