Moisture Management Tester TF128
Moisture Management Tester TF128 is used to measure the dynamic liquid transport properties of textiles such as knitted, woven fabrics, and nonwoven textile fabric. Moisture Management Tester TF128 mainly tests the absorption and diffusion performance of fabric to sweat. It is used to conduct testing of moisture management in textiles. The absorption and diffusion of work by fabric directly affect the comfortable performance of wearing clothes. In particular, only the cloth that absorbs water or sweat well is qualified for sportswear. So if you want to do an absorbency test for fabric, Moisture Management Tester TF 128 is ideal choice.
How does Moisture Management Tester TF128 work? It simulates sweat with physiological saline, by measuring the overall dynamic performance of saline in moisture management fabrics such as knitted and woven fabrics, then the wetting time of saline through both sides of the fabric, the absorption speed of saline on both sides of the fabric, the diffusion radius of saline on both sides of the fabric, etc., to comprehensively evaluate the sweat absorption and quick-drying performance of the fabric.
The Moisture Management Tester TF128 meets a wide range of international standards, such as AATCC 195, and GB/T 21655.2, and is currently sold in 42 countries worldwide. We offer our textile customers high-quality Moisture Management Testers to help you quickly identify the most suitable functional textiles. You can get a quote for The Moisture Management Tester TF128 now.
Description
Features of the Moisture Management Tester TF128
Fast and Accurate moisture testing, 2 mins to complete.
Moisture Management Tester TF128 contains a pair of upper and lower multi-loop resistance measurement probes. Simply drop the salt solution on the sample. As the solution passes through the sample, the computer can dynamically record the change in resistance of the upper and lower probes and obtain accurate readings of the wetting time, water absorption rate, soaking radius, and diffusion rate of the fabric through a standard calculation formula.
This Moisture Management Tester is equipped with a precision motor control device.
One key to starting the test, the motor automatically drives the test head to the specified position, with the built-in pressure detection device, the moisture test will stop by reaching a fixed pressure automatically.
The Moisture-Wicking test is reliable.
The matching transparent shield can protect the sample and ensure the stability of the testing process and the accuracy of the moisture management test results.
The drip system is accurate and stable.
Moisture Testing Machine TF128 has a liquid recovery function, to prevent the infusion tube salt water crystals from blocking the pipeline.
Full metal shell, good anti-interference performance.
Easy to use.
Simple buttons, an open case, and a center light on the sensor make it easier for the test men to operate the moisture management machine and place the sample precisely.
Note: A customized PC is needed for this instrument.
More: the moisture management test means Moisture Management Tester test also can do a wicking test, Our Moisture Management Tester is especially for wicking test textiles and complies with fabric wicking test standards. Contact us for more fabric wicked test methods.
The Moisture Management Tester’s key features and test items include:
- Wetting Time Top / Bottom (WTT / WTB) or Wetting Diffusion Rate (Wetting Time): Measures the time it takes for moisture to diffuse from the fabric’s surface to the interior or exterior of the fabric. This reflects the rate at which moisture is absorbed into the fabric.
- Absorption Rate Top / Bottom (TAR / BAR) or Absorption Rate: Measures the rate at which moisture is absorbed by the fabric and evaluates the fabric’s ability to absorb moisture.
- Spreading Speed Top / Bottom (TSS / BSS) or Spreading Radius: Measures the spreading range of moisture on fabric to assess the spreading of moisture on the surface or inside the fabric.
- Accumulative One-Way Transport Capacity (R) or One-way Transport Capability: Evaluates the ability of moisture to transfer from the inner to the outer layers of fabric, often used to determine the effectiveness of fabric perspiration.
- Overall Moisture Management Capacity (OMMC): This is a composite index used to evaluate the overall moisture absorption and moisture removal performance of a fabric.
Specifications
| Analysis Software | Offered |
| Interface | USB 1.1/2.0 |
| Power Supply | 110V~230V 50Hz/60Hz |
| Operation Temp & R. H. | 18°C to 40°C, 20% to 80% (non-condensing) |
| Pump On Time | 20 sec |
| Test Solution | Conductivity - 16 mS± 0.2 mS |
| Weight | 25 Kg |
| Dimensions | 280 x 420 x 400mm (L x W x H) |
Standards（fabric wicking test standard）
| AATCC 195 | GB/T 21655.2 |
Test Principle of Moisture Management Tester TF128
The Moisture Management Tester TF128 includes an upper and lower concentric liquid sensor with multiple probes, the liquid tube in the upper sensor will simulate the fixed concentration of human sweat saline water, drops evenly on the fabric, and the sensor probes test the resistance between different rings to reflect the change in resistance of the liquid in the fabric absorption and diffusion, to get the ability of the fabric to absorb and diffuse sweat.
Why Choose TESTEX Moisture Management Tester TF128
Strictly meet standards: All data for Moisture Management Tester TF128 meet the standard parameters, for example, AATCC 195.
Consistency with international third-party laboratories: The moisture-wicking test data are comparable to the test results obtained by well-known international third-party laboratories.
High reproducibility: Whether is the same set of samples, or different machines of the same model, after multiple tests, the moisture management test results are consistent.
Longer service life: TESTEX makes prototypes and then subjects them to rigorous reliability testing in a variety of environments to ensure the expected service life.
User-friendly transparent warranty policy
Textile testing machines, 14 months free warranty (12 months normal warranty time + 2 months shipping time). Besides, all spare parts, have 3 months free warranty.
We provide full life-cycle support for moisture management tester TF128. So feel free to contact our service team with any questions.
Welcome to TESTEX – a professional textile testing instrument supplier – Moisture Management Tester TF128 is on sale, contact us to get a detailed price quote.
6 reviews for Moisture Management Tester TF128
You must be logged in to post a review.
Test Specification
The Moisture Management Tester is used to test and evaluate the liquid water dynamic transfer performance of textiles. This testing method provides an objective method for measuring the liquid water dynamic transfer properties of knitted fabrics, woven fabrics, and nonwovens, and is used in the quality control of fabrics, the research and development of new functional fabrics and garments, etc. This method is not used to test the transport performance of vapor water. This testing method is not suitable for coated fabrics, glued fabrics, or fabrics of complex structures. This testing method is not suitable for fabrics with high water absorbability such as woolen fabrics or thick fabrics.
Test Principle
When the fabric sample is placed horizontally, the liquid water contacts with the soaking surface, then diffuses along the soaking surface of the fabric, then penetrates from the soaking surface of the fabric to the permeable surface, and finally diffuses on the permeable surface of the fabric. After dripping the test solution into the soaking surface of the sample, test the dynamic transfer of the liquid water by using the sensor in close contact with the sample, and calculate the related performance indexes, so as to evaluate the moisture absorption, drying and sweating performance of the textiles.
The testing procedure of Moisture Management Tester
1. Prepare the test fabric, which should be approximately 8cm x 8cm in size, and place it in the standard testing environment for at least 24 hours.
2. Turn on the power switch, activate the computer's wireless connection, and connect to the MMT wifi (it will automatically connect shortly after power is turned on).
3. Launch the MMT program ("Start" -> "All Programs" -> "MMT" -> "MMT system application").
4. Place a towel/fabric on the surface of the lower sensor, press and hold the water pump button until the test liquid drips onto the surface of the towel, and then wipe the surface of the upper sensor dry.
5. Place the test fabric, start the test, and inject water for 20 seconds, while the testing time is 120 seconds. Avoid running other programs during the test. After the test is complete, click the appropriate button to view the "Moisture Content vs Time" curve graph, and the "Water Position vs Time" moisture distribution map, and click on other buttons to observe the dynamic changes in moisture on the fabric surface during testing.
Terminology Definition
Absorption Speed: When the water content changes, the average absorption velocity of the liquid on the upper and lower surface of the sample during the testing process.
Lower Surface: For the purposes of this test, it refers to the surface that the specimen facing the lower layer sensor, as well as the front of the fabric or the outer surface of the garment.
Maximum Wetting Radius: The maximum radius of the wetting area at the end of a given time when the fabric begins to soak.
Overall Moisture Management Capability: The comprehensive performance of liquid water dynamic transfer in fabric. The water absorption rate of the fabric permeation surface, accumulative one-way transport capacity, and spreading speed of the permeation surface were synthesized.
Diffusion Velocity: The rate accumulative value from the test solution drops down to the fabric surface until the fabric is wetted with the maximum area.
Wetting Time: The time from the beginning of the test to the wetting of the upper and lower surfaces of the sample is expressed in seconds.
As a professional supplier of textile instruments, we are committed to continually improve the user experience, TESTEX Textile Testing Equipment is a reliable choice for testing textile quality.
Q1: How to explain the moisture-wicking meaning?
A1: Moisture absorption and wicking of textiles refers to the absorption of moisture (e.g. sweat) from the surface of the human skin by textiles and its rapid conduction and diffusion to the outer surface of the fabric, which then releases the moisture into the air through evaporation. This process helps keep the wearer's skin dry and comfortable, especially during exercise or in hot environments.
There are two key processes involved in moisture-wicking:
Moisture absorption: refers to the ability of a textile to absorb moisture. When sweat is produced on the surface of the skin, the textile needs to absorb this moisture quickly to avoid the sweat remaining on the skin for too long and causing discomfort.
Perspiration: This refers to the ability of a textile to remove absorbed moisture from the inside to the outside and evaporate it. Good wicking quickly removes moisture from the surface of the skin and evaporates it through the outer layer of the textile, thus keeping the wearer's skin dry.
Advantages of moisture-wicking textiles:
Dryness and comfort: Moisture-wicking textiles reduce the accumulation of sweat on the skin, avoiding a sticky feeling and improving the comfort of the wearer.
Thermoregulation: By rapidly evaporating moisture, these textiles help regulate the wearer's body temperature and prevent overheating, especially during exercise.
Reduced bacterial growth: As moisture is quickly evaporated, this reduces the growth of bacteria caused by humidity, which in turn reduces the development of odors.
Commonly used in moisture-wicking textiles:
Synthetic fibers: such as polyester, nylon, and spandex, often with special treatments or weaving processes to enhance their moisture-wicking properties.
Functional fibers: such as Coolmax, Dry-Fit, and other trademarked technical fibers, are specifically used in high-performance sportswear, outdoor equipment, etc., and have good moisture-wicking properties.
This moisture-wicking function is particularly important for sportswear, outdoor clothing and functional underwear, helping to improve the practicality and comfort of clothing.
You can use Moisture Management Tester to test the moisture-wicking performance of textiles.
Q2: How to do the absorbency test for fabric? Or how to do the Moisture Management Test?
A2:
Moisture-wicking testing of fabrics using the Moisture Management Tester typically follows a standardized set of steps to ensure accurate and repeatable results.
Below are the general steps involved in conducting a fabric moisture-wicking test:
Step 1: Prepare Test Materials
Prepare the fabric sample:
Select an appropriately sized fabric sample, usually a round sample with a diameter of approximately 8 cm (different Moisture Management Test models may have different requirements).
Ensure that the sample is flat and free of wrinkles and that the sample surface is clean and free of stains.
Set up the test environment:
Fabric moisture-wicking tests are sensitive to environmental conditions and are usually conducted under standard laboratory conditions at a temperature of 21±2°C and a relative humidity of 65±5%.
Step 2: Operate the Moisture Management Instrument
Turn on and calibrate the instrument:
Turn on the Moisture Management Tester and calibrate the instrument according to the manufacturer's instructions. This typically includes checking the functionality of the sensors and drip system.
Load Sample:
Clamp the fabric sample onto the instrument's test bench, making sure it completely covers the upper and lower electrodes. The electrodes are used to measure the transmission of moisture through the fabric.
Setting Test Parameters:
Set the water drop volume (typically 0.2 mL) as needed to ensure consistency from test to test.
Step 3: Starting the Test
Inject water droplets:
The instrument injects a defined amount of water droplets into the center of the fabric to simulate perspiration.
Monitor moisture transfer in real-time:
Sensors in the instrument will monitor how moisture conducts from the front to the back of the fabric and how it spreads across both sides of the fabric. Specifically, the following parameters will be measured:
Wetting Time: The time it takes for moisture to diffuse across the surface of the fabric.
Absorption Rate: The rate at which moisture enters the fabric.
Spreading Radius: The radius at which moisture spreads through the fabric.
One-way Transport Capability (OTC): the effect of moisture transfer from the inner layer to the outer layer.
Overall Moisture Management Capacity (OMMC): a comprehensive evaluation of the fabric's moisture absorption and perspiration performance.
Record test results:
Moisture Management Tester will automatically generate test data and graphs showing the diffusion, conduction, and evaporation of moisture between the two sides of the fabric. The results will be presented in numerical form (e.g. OMMC value), which facilitates the comparison of moisture-wicking performance of different fabrics.
Step 4: Analyze test results
Results Evaluation:
Multiple indices in the test results (e.g., water absorption rate, unidirectional conductivity index, and OMMC value) allow for a comprehensive assessment of a fabric's ability to wick moisture away from the skin.
The OMMC value is a comprehensive index, the higher it is the better the overall moisture-wicking performance of the fabric.
Comparison and Optimization:
Compare the test results of different samples to understand the difference in moisture-wicking performance of different fabrics to help design and optimize functional textiles.
Summarize:
The Moisture Management Tester provides a comprehensive measurement of a fabric's moisture absorption, wicking, and moisture transfer properties to help develop fabrics for sports, outdoor, or functional applications.
The moisture-wicking performance of fabrics can be quantitatively assessed through a range of metrics such as wetting time, water absorption rate, diffusion range, and OMMC values.
About the Moisture Management machine or Moisture Management Tester Unit, you can contact us.
Danny Green –
This moisture management tester is affordable to get my testing done, great product
Anthony Davis –
This is the solution I am happy with, you can get the dynamic liquid transport properties of textiles fast and accurate.
Martina Evans –
Nice Machine!
Salome Dupont –
Great product. Good results.
Gilbert Kent –
Actually, this is the awsome instrument.
Jerry Rebecca –
Nice.Fit the description.