ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
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Product Highlights
- Computer-Controlled Automation: Fully automated operation with precise computer control for ignition point determination.
- Built-in Database Function: Automatically records and stores unlimited temperature-time data for post-experiment analysis.
- Standard Compliance: Fully complies with GB/T 7702.9 and GB/T 20405 national standards for activated carbon testing.
- High Precision Thermocouple: Features Class A furnace thermocouple and Class 0.5 sample thermocouple for accurate measurement.
- Visual Data Analysis: Automatically plots and displays time-temperature curves along with final ignition results.
- Color Printing Capability: Prints test curves and experimental data directly via a computer-controlled color printer.
- Customization from Samples: Offers customization options based on provided samples.
Product Attributes
- Customization
- Available
- After-sales Service
- Online
- Warranty
- 1 year
- Model NO.
- GA-J185
- Type
- Optical Contact Angle Meter
- Load Way
- Electronic Load
- Loading Method
- Dynamic Load
- Display
- Digital
- Control
- Computer Control
- Weight
- 0-100Kg
- Power Source
- AC220V
- Transport Package
- Wooden Package
- Trademark
- GONOAVA
- Origin
- China
- HS Code
- 9024800000
- Production Capacity
- 200
Shipping
- Shipping Cost:
- Contact the supplier about freight and estimated delivery time.
Online Trading Protection
- Payment Guarantee
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Platform-protected payments with refund support for eligible order issues.
- Platform Logistics
- Clearer shipment tracking with platform-supported logistics.
- Inspection Service
- Optional pre-shipment inspection for quality and quantity checks.
- After-Sales & Dispute Handling
- Platform-assisted dispute resolution, including refunds or returns when applicable.
Only orders placed and paid through Made-in-China.com Secured Trading are eligible for payment protection and the corresponding platform services.
Product Images of ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
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ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer -
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer -
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer -
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer -
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer -
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
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Product Description
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
Principle Overview:
The contact angle is defined as the angle (θ) formed between the tangent to the gas-liquid interface-drawn at the point where the gas, liquid, and solid phases meet-and the solid-liquid interface, measured on the liquid side; it serves as a measure of the degree of wetting. It is currently a primary method for characterizing surface properties. Utilizing optical imaging principles, the instrument measures parameters such as contact angle, wettability, surface/interfacial tension, advancing and receding angles, and surface energy. It primarily consists of a light source, a dispensing unit, a sample stage, an image acquisition system, and analysis software.
ASTM D724 ISO 4311 Optical Contact Angle Tester Surface Tension Meter Interfacial Tension Tester Wettability Test Machine
Applications:
This instrument is designed to test and analyze the contact angle of liquids on solid surfaces, liquid surface tension, and solid surface energy. It enables the analysis of surface hydrophilicity/hydrophobicity and wettability, as well as cleanliness inspection and the evaluation of surface treatment effects. It also facilitates the study of processes such as liquid competition, adsorption, absorption, and spreading. It is widely used for testing and research across diverse sectors, including the chemical industry, pharmaceuticals, food processing, electronics, printing and dyeing, coating/spraying industry, and scientific research and education.
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
Compliant Standards:
ASTM D 1173 / Standard Test Method for Foaming Properties of Surface-Active Agents (Ross-Miles Foam Method)
ASTM D 5725 / Standard Test Method for Surface Wettability and Absorbency of Sheet Materials Using an Automated Contact Angle Tester
ASTM D 724 / Standard Test Method for Surface Wettability of Paper (Angle-of-Contact Method)
ASTM C 813 / Standard Test Method for Hydrophobic Contamination on Glass by Contact Angle Measurement
ASTM D 971 / Standard Test Method for Interfacial Tension of Oil against Water by the Ring Method
ASTM D 1331 / Standard Test Methods for Surface and Interfacial Tension of Solutions of Surface-Active Agents
ASTM D 1417 / Standard Test Methods for Rubber Latices-Synthetic
ASTM D 1590 / Standard Test Method for Surface Tension of Water
DIN 53914 / Testing of Surface Active Agents - Determination of Surface Tension
DIN 55660 / Paints and Varnishes - Evaluation of Wettability
DIN EN 14210 / Surface Active Agents - Determination of Surface Tension of Surface Active Agent Solutions Using the Stirrup or Ring Method
DIN EN 14370 / Surface Active Agents - Determination of Surface Tension
DIN 14272 / German Standard for Foam Compounds - Low-Expansion Aqueous Film-Forming Foam (AFFF) Compounds for Firefighting
ISO 1409 / Plastics/Rubber - Polymer Dispersions and Rubber Latices (Natural and Synthetic) - Determination of Surface Tension by the Ring Method
ISO 4311 / Anionic and Non-ionic Surface Active Agents - Determination of Critical Micelle Concentration - Measurement of Surface Tension by Plate, Stirrup, or Ring Method
ISO 6295 / Determination of Interfacial Tension of Oil against Water
ISO 6889 / Surface Active Agents - Determination of Interfacial Tension by the Lamella Pull Method
ISO 304 / Surface Active Agents - Determination of Surface Tension by the Lamella Pull Method
Amtsblatt EU L251/37 / Surface Tension
OECD 115 / Test Guideline for Chemicals - Surface Tension of Aqueous Solutions
ASTM D724 ISO 4311 Optical Contact Angle Tester Surface Tension Meter Interfacial Tension Tester Wettability Test Machine
Instrument Features:
Precision Engineering: The system frame is constructed from high-quality, imported, high-strength aluminum profiles with an oxidation-resistant, baked-enamel finish; all other major components are precision-machined from aluminum alloy, stainless steel, and copper alloy.
Precision Positioning: All linear motion units-including the 3D sample stage (X-Y axes) and the Z-axis adjustment for the syringe/needle-are driven by linear gear racks and precision dovetail slides, ensuring smooth, effortless, and fine-tuned movement.
Automatic Control: The GA-200 comes standard with a professional-grade, software-controlled precision Automatic Dispensing (AD) system. It utilizes precision linear guides for dispensing with an accuracy of 0.1 µL, ensuring measurement precision and repeatability. Departing from traditional tubing-based fluid delivery, the system employs a direct-push plunger mechanism; this facilitates easier cleaning and replacement of syringes while eliminating the difficulties associated with traditional tubing systems-such as the challenge of purging air bubbles and the need for specialized operators. It accommodates high-precision gas-tight glass microsyringes (for applications requiring precise volume control) as well as disposable plastic syringes (for measuring hard-to-clean liquid samples). When the liquid is depleted, the system can be automatically refilled directly from an included 5 mL beaker.
Comprehensive Syringe and Needle Options: A wide range of syringe specifications is available to meet diverse customer needs, including various capacities (25 µL to 1000 µL), materials (gas-tight glass or plastic), and brands (e.g., Hamilton, Boli). A variety of needles are also offered, featuring different gauges (10-34#), materials (stainless steel, PTFE, or flexible PP), and specialized shapes (such as bent needles). These are suitable for standard contact angle measurements as well as specialized applications involving superhydrophobic, superhydrophilic, or high-viscosity liquids, including sample dispensing and droplet transfer. Imaging System: The GA-200 comes standard with a high-resolution CMOS image sensor featuring a rolling shutter and a Pomeas 0.7-4.5x telecentric profile lens, ensuring optimal imaging quality. Additionally, a high-intensity cold-light backlight-with continuously adjustable digital brightness-provides uniform background illumination for imaging.
Leading Software Platform: The software serves as the soul and brain of the entire measurement system. Developed and customized by our company, the software offers a wide range of functions and features, many of which are industry-leading. As an optical measurement method, accuracy depends on image quality and the subsequent processing, analysis, and calculation techniques. Core components of the software include sub-pixel droplet coordinate detection, automatic identification of the liquid-solid-gas three-phase contact line, full-profile droplet analysis, and continuous feedback-based droplet monitoring-all of which operate in real-time.
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
Principle Overview:
The contact angle is defined as the angle (θ) formed between the tangent to the gas-liquid interface-drawn at the point where the gas, liquid, and solid phases meet-and the solid-liquid interface, measured on the liquid side; it serves as a measure of the degree of wetting. It is currently a primary method for characterizing surface properties. Utilizing optical imaging principles, the instrument measures parameters such as contact angle, wettability, surface/interfacial tension, advancing and receding angles, and surface energy. It primarily consists of a light source, a dispensing unit, a sample stage, an image acquisition system, and analysis software.
ASTM D724 ISO 4311 Optical Contact Angle Tester Surface Tension Meter Interfacial Tension Tester Wettability Test Machine
Applications:
This instrument is designed to test and analyze the contact angle of liquids on solid surfaces, liquid surface tension, and solid surface energy. It enables the analysis of surface hydrophilicity/hydrophobicity and wettability, as well as cleanliness inspection and the evaluation of surface treatment effects. It also facilitates the study of processes such as liquid competition, adsorption, absorption, and spreading. It is widely used for testing and research across diverse sectors, including the chemical industry, pharmaceuticals, food processing, electronics, printing and dyeing, coating/spraying industry, and scientific research and education.
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
Compliant Standards:
ASTM D 1173 / Standard Test Method for Foaming Properties of Surface-Active Agents (Ross-Miles Foam Method)
ASTM D 5725 / Standard Test Method for Surface Wettability and Absorbency of Sheet Materials Using an Automated Contact Angle Tester
ASTM D 724 / Standard Test Method for Surface Wettability of Paper (Angle-of-Contact Method)
ASTM C 813 / Standard Test Method for Hydrophobic Contamination on Glass by Contact Angle Measurement
ASTM D 971 / Standard Test Method for Interfacial Tension of Oil against Water by the Ring Method
ASTM D 1331 / Standard Test Methods for Surface and Interfacial Tension of Solutions of Surface-Active Agents
ASTM D 1417 / Standard Test Methods for Rubber Latices-Synthetic
ASTM D 1590 / Standard Test Method for Surface Tension of Water
DIN 53914 / Testing of Surface Active Agents - Determination of Surface Tension
DIN 55660 / Paints and Varnishes - Evaluation of Wettability
DIN EN 14210 / Surface Active Agents - Determination of Surface Tension of Surface Active Agent Solutions Using the Stirrup or Ring Method
DIN EN 14370 / Surface Active Agents - Determination of Surface Tension
DIN 14272 / German Standard for Foam Compounds - Low-Expansion Aqueous Film-Forming Foam (AFFF) Compounds for Firefighting
ISO 1409 / Plastics/Rubber - Polymer Dispersions and Rubber Latices (Natural and Synthetic) - Determination of Surface Tension by the Ring Method
ISO 4311 / Anionic and Non-ionic Surface Active Agents - Determination of Critical Micelle Concentration - Measurement of Surface Tension by Plate, Stirrup, or Ring Method
ISO 6295 / Determination of Interfacial Tension of Oil against Water
ISO 6889 / Surface Active Agents - Determination of Interfacial Tension by the Lamella Pull Method
ISO 304 / Surface Active Agents - Determination of Surface Tension by the Lamella Pull Method
Amtsblatt EU L251/37 / Surface Tension
OECD 115 / Test Guideline for Chemicals - Surface Tension of Aqueous Solutions
ASTM D724 ISO 4311 Optical Contact Angle Tester Surface Tension Meter Interfacial Tension Tester Wettability Test Machine
Instrument Features:
Precision Engineering: The system frame is constructed from high-quality, imported, high-strength aluminum profiles with an oxidation-resistant, baked-enamel finish; all other major components are precision-machined from aluminum alloy, stainless steel, and copper alloy.
Precision Positioning: All linear motion units-including the 3D sample stage (X-Y axes) and the Z-axis adjustment for the syringe/needle-are driven by linear gear racks and precision dovetail slides, ensuring smooth, effortless, and fine-tuned movement.
Automatic Control: The GA-200 comes standard with a professional-grade, software-controlled precision Automatic Dispensing (AD) system. It utilizes precision linear guides for dispensing with an accuracy of 0.1 µL, ensuring measurement precision and repeatability. Departing from traditional tubing-based fluid delivery, the system employs a direct-push plunger mechanism; this facilitates easier cleaning and replacement of syringes while eliminating the difficulties associated with traditional tubing systems-such as the challenge of purging air bubbles and the need for specialized operators. It accommodates high-precision gas-tight glass microsyringes (for applications requiring precise volume control) as well as disposable plastic syringes (for measuring hard-to-clean liquid samples). When the liquid is depleted, the system can be automatically refilled directly from an included 5 mL beaker.
Comprehensive Syringe and Needle Options: A wide range of syringe specifications is available to meet diverse customer needs, including various capacities (25 µL to 1000 µL), materials (gas-tight glass or plastic), and brands (e.g., Hamilton, Boli). A variety of needles are also offered, featuring different gauges (10-34#), materials (stainless steel, PTFE, or flexible PP), and specialized shapes (such as bent needles). These are suitable for standard contact angle measurements as well as specialized applications involving superhydrophobic, superhydrophilic, or high-viscosity liquids, including sample dispensing and droplet transfer. Imaging System: The GA-200 comes standard with a high-resolution CMOS image sensor featuring a rolling shutter and a Pomeas 0.7-4.5x telecentric profile lens, ensuring optimal imaging quality. Additionally, a high-intensity cold-light backlight-with continuously adjustable digital brightness-provides uniform background illumination for imaging.
Leading Software Platform: The software serves as the soul and brain of the entire measurement system. Developed and customized by our company, the software offers a wide range of functions and features, many of which are industry-leading. As an optical measurement method, accuracy depends on image quality and the subsequent processing, analysis, and calculation techniques. Core components of the software include sub-pixel droplet coordinate detection, automatic identification of the liquid-solid-gas three-phase contact line, full-profile droplet analysis, and continuous feedback-based droplet monitoring-all of which operate in real-time.
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
ASTM D5725 ISO 304 Standard Optical Contact Angle Meter Surface Tension Contact Angle Tester Optical Contact Angle Goniometer
Technical Specifications:
Configuration List:
1. USB digital CCD camera (1 unit)
2. Continuous zoom optical system (1 unit)
3. Automatic liquid dispensing system (1 set)
4. Manual CCD vertical adjustment system (1 unit)
5. Image analysis and measurement software (1 set)
6. User manual (1 hard copy and 1 digital copy)
7. Warranty card and certificate of conformity (1 set)
8. Factory inspection report (1 copy)
9. 25G dispensing needles (20 units)
10. 500µL syringes (2 units: 1 installed, 1 spare)
11. Power cord and data cable (1 set)
12. Spirit level (1 unit)
Technical Specifications:
| Model | GA-J185 Standard Optical Contact Angle Meter | |
| 3D platform | X-axis movement (left/right) | Manual: 30mm travel, 0.1mm precision |
| Y-axis movement (front/back) | Manual: 50mm travel, 0.1mm precision | |
| Z-axis movement (up/down) | Manual: 40mm travel, 0.1mm precision | |
| Horizontal adjustment | Machine leveling and camera leveling (professional-grade XY level included) | |
| Stage dimensions | 120 × 150 mm (customizable) | |
| Maximum sample size | 200 (W) × ∞ (L) × 50 (H) mm | |
| Stage material | Aluminum alloy | |
| Liquid inlet system | Micro-syringe XY movement | Travel: 100 mm, precision: 0.1 mm (needle centering and droplet transfer) |
| Liquid dispensing control | Travel: 25 mm, precision: 0.01 mm | |
| Droplet control mode | Manual operation; precision: 0.1 µL | |
| Liquid dispensing method | Manual operation (dispensing via 5 mL glass beaker) | |
| Micro-syringe | Capacity: 1000 µL (one standard unit plus one spare) | |
| Needle | Includes 20 standard 0.5 mm stainless steel needles (replaceable) and 20 super-hydrophobic 0.25 mm needles (replaceable) | |
| Imaging System |
Lens | Customized sub-pixel level 0.7-4.5x telecentric profile lens |
| Camera | High-speed industrial-grade chip (original Sony import; Onsemi rolling shutter) | |
| Sensor type | 1/1.8-inch progressive scan CMOS | |
| Resolution | 1280 × 1024 | |
| Lens control | Upward viewing angle: ±10°; precision: 1° | |
| Focus movement | Travel range: 0-10 mm; precision: 1 mm | |
| Frame rate | 80 fps (optional high-speed global shutter camera available at 400 fps) | |
| Light Source System | Configuration | Uses a quartz diffuser film and light-homogenizing plate for uniform brightness and sharper droplet profiles |
| Light source | Uses an imported CCS industrial-grade blue cold light source (effectively preventing droplet evaporation caused by heat emission from the light source), with a service life exceeding 50,000 hours | |
| Brightness adjustment | PWM digital dimming | |
| Light source wavelength | 460-465 nm | |
| Power | 10 W | |
| Contact angle measurement | Contact Angle Measurement Methods | Pendant drop method, sessile drop method, advancing angle, receding angle, roll-off angle, thin-film method, etc. |
| Measurement Software | CA V1.2.1 Static/dynamic contact angle measurement software + surface energy measurement software | |
| Software Operating System Requirements | Windows 10 (64-bit) | |
| Contact Angle Measurement Modes | Automatic and manual | |
| Contact angle calculation method (static contact angle) |
Automatic fitting methods (fully automated one-click fitting at the millisecond level, eliminating manual error), three-point fitting, five-point fitting, and automatic measurement (including circle/oblique circle fitting, ellipse/oblique ellipse fitting, concave/convex surface measurement, etc.). | |
| Dynamic contact angle measurement (Dynamic contact angle) |
Advancing angle, receding angle, hysteresis angle, and roll-off angle (optional); supports batch fitting of multiple images or continuous calculation via video analysis. | |
| Baseline fitting | Automatic and manual | |
| Angular range | 0° <θ <180° | |
| Accuracy | 0.1° | |
| Resolution | 0.001° | |
| Surface energy | Surface energy measurement method | Supported methods include Fowkes, OWRK, Zisman, EOS, Acid-Base Theory, Wu harmonic mean, and Extended Fowkes. The software comes with a pre-installed database of 37 liquids, and users can define their own liquid property parameters; data can be directly retrieved for surface energy estimation, and the liquid database allows for adding, deleting, and modifying entries. Parameters such as solid surface energy, dispersion force, polar force, hydrogen bonding force, van der Waals component, Lewis acid component, and Lewis base component can be determined. |
| Surface energy units | mN/m | |
| Others |
Frame profile | EU Standard 160 |
| Power input | 220V 50-60Hz | |
| Instrument dimensions | Approx. 640mm (W) × 180mm (L) × 530mm (H) | |
| Instrument weight | Approx. 30 kg | |
| Surface and Interfacial Tension |
Measurement method | Automatic fitting + Manual fitting |
| Accuracy | 0.01mN/m | |
| Measurement range | 0.1mN/m-2000mN/m | |
| Wettability Analysis |
Work of adhesion | One-click automatic analysis |
| Spreading coefficient | One-click automatic analysis | |
| Adhesion tension | One-click automatic analysis | |
| Accuracy | 0.001 mN/m | |
| Units | mN/m | |
| Accessories | Optional accessories | Paper strip clamps, temperature-controlled platforms (high temperature, low temperature, high/low temperature, humidity), rotary stages (roll-off angle), peristaltic pumps, etc. |
Configuration List:
1. USB digital CCD camera (1 unit)
2. Continuous zoom optical system (1 unit)
3. Automatic liquid dispensing system (1 set)
4. Manual CCD vertical adjustment system (1 unit)
5. Image analysis and measurement software (1 set)
6. User manual (1 hard copy and 1 digital copy)
7. Warranty card and certificate of conformity (1 set)
8. Factory inspection report (1 copy)
9. 25G dispensing needles (20 units)
10. 500µL syringes (2 units: 1 installed, 1 spare)
11. Power cord and data cable (1 set)
12. Spirit level (1 unit)
About the Supplier
This supplier has been audited by TÜV Rheinland. Verify the report on the official TÜV Rheinland website with ID "MIC-ASI249867". Items marked "
" are certified.
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Company Profile
HUNAN GONOAVA INSTRUMENT CO Ltd Professionally supply kinds of testing machines for different industries, it is a collection development, research, production and sales of high accuracy testing machines, products meet ASTM, JIS, ISO, GB, TAPPI, IEC, EN, DIN BS and other domestic and international standards. Provide customers with better overall laboratory solution, including lab design, machine customize and drawing, instrument selection, installation, training, maintenance, become one stop for testing instrument and machines.
Our main products are belows:
1, Thermal Gravimetric Analyzer(DSC Analyzer, Differential Scanning Calorimeter)
2, XRF portable analyzer, Elemental Analyzer, Ore Analyzer, RoHS Environmental Analyzer, Fluorescence spectrometer
3, Helium Mass Spectrometer
4, Contact Angle Testers
5. Electrostatic discharge Generator, Pulse Group Generator, Lightning Surge Generator
6, Wire Harness Cable Tester, Component Parameter Tester, Winding Component Tester, Electrical Safety Tester, Weak Signal Tester
7. Profile Projector, Video Measuring Machine, Profile analyzer
8, Universal Tensile Compression Testing Machine(UTM for 100N, 500N, 1kN, 2kN, 5kN, 10kN, 20kN, 50kN, 100kN, 200kN, 300kN, 600kN, 1000kN)
9, Plastic Testing Machine(Melt Flow Index Tester, MFR MVR tester, IZOD Charpy Impact Tester, Vicat tester)
10, Climatic Test Chambers(Temperature Humidity Test Chambers, Dust Test Machine, Rain Chamber, Ozone Test Machine, Salt Spray Tester, UV Weathering Tester, Muffle Furnace)
11, Ink Proofers(Offset, Gravure, Flexo)
12, Paint Coating Test Machine(Pull Off Ahdesion Tester, Scratch Tester, Wet Scrub Abrasion Tester)
13, Vibration Test Tables
14, Cellphone, Laptop, Keyboard Testing Machine
15, Paper, Paperboard, Packaging Test Machine(COF Tester, Tear Strength Tester, Heat Seal Tester, Falling Dart Impact Tester)
16, Small Meters(gloss meter, thickness gauge, densimeter, colorimeter, viscometer, moisture meter, surface roughness tester, sharp edge tester, hardness tester)
We have many years export experience, products are exported more than 50 countries, welcome abroad instruments dealer to become our sales agent. Our products is widly used in many industries, such as metal, gold, Ore, Raw material, plastic, packaging, paint, printing ink, leather, shoes, fabric, keyboard, Electronic product, auto and motorcycle, Toys, mobile phone computer, Sports equipment, Electroplating industry.
About Our Factory & Business Background
-
Business Type
- Trading Company
- Address
- Room 2318, Building 29 Yingyuewan, Runhe Yicheng Yueliangdao Street, Wangcheng, Changsha, Hunan, China
-
Plant Area
- 120 square meters
-
Number of Employees
- 8
-
Terms of Payment
- T/T, LC, D/P, PayPal, Small-amount payment, Western Union
-
International Commercial Terms(Incoterms)
- FOB, CIF, CFR, EXW
-
Average Lead Time
-
Peak Season Lead Time: within 15 workdays
Off Season Lead Time: within 15 workdays -
Nearest Port
- Shenzhen Port
-
Minimum Order Quantity
- 1 Piece
-
Supply Chain Partners
- 9
Our Production Capability & Technical Expertise
-
Main Products
- Differential Scanning Calorimeter; Gas Chromatograph; Vacuum Type Dilatometer; Tensile Strength Tester
-
Customization Options
- Customization from Samples
-
R&D Engineers
- 1 people
Our Industry Experience & Global Business Record
-
Year of Establishment
- 2023-04-06
-
Export Year
- 1 Year
-
Main Markets
- North America, Southeast Asia/ Mideast, East Asia(Japan/ South Korea)
-
Repeat Buyers Choice
- < 10%
-
Number of Foreign Trading Staff
- 5
-
Overseas Agent/Branch
- No
-
New Products Launched in Last year
- No
Our Certifications, Standards & Industry Recognition
-
Cooperated with Fortune 500
- No
FAQ
- What standards does this tester comply with?
- It complies with GB/T 7702.9 and GB/T 20405 standards for determining the ignition point of activated carbon.
- How is the ignition point displayed?
- The ignition point is automatically calculated by the computer and displayed visually.
- Can the device store test data?
- Yes, it has a built-in database function that can store an unlimited amount of experimental data.
- What is the minimum order quantity?
- The minimum order quantity is 1 piece.
- What is the lead time for orders?
- The average lead time is within 15 workdays for both peak and off-peak seasons.
- Is customization available?
- Yes, customization options are available based on samples.
- What payment terms are accepted?
- Accepted payment terms include T/T, LC, D/P, PayPal, Small-amount payment, and Western Union.
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Product Groups
- Conductivity Tester
- Coating Test Machine
- Plasma cleaning machine
- Gas And Liquid Chromatograph
- Fabric Textile Leather Testing machine
- Profile Projector And VMS
- Cellphone,Laptop,keyboard,USB connector Testing Machine
- Flammability Tester
- Petroleum Oil Testing Machine
- Ink Proofers(offset,gravure,flexo)
- Paint,Packaging,Printing Ink Testing Machine
- Plastic And Rubber Testing Machine
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