跳至主要内容

the performance of textiles can be qualitatively and quantitatively evaluated

Quality Characteristic Test-Textile Test Report (Part 2)

1. Waterproof

According to the difference in the actual use of textiles, the test methods of waterproof performance are divided into hydrostatic pressure method, surface wetting resistance test, simulated rain test, water absorption test, etc. The hydrostatic pressure method is mainly used for high waterproof coating or laminated composite textiles, such as canvas, tarpaulin, rainproof clothing cloth, etc. The surface anti-wetting test is mainly used to test the hydrophilic or hydrophobic properties of raincoat fabrics and tent cloths. Water performance; the simulated rain test is mainly used to test the rain penetration of textiles; the water absorption test is mainly used to test the water repellency and surface moisture resistance of textiles.

Water resistance test.jpg

2. Warmth

According to the standard GB/T11048-2008, when the thermal insulation test is carried out, the sample of the textile is covered on the electric heating test board, and the test board and the protective plate around it and the bottom are kept at the same constant temperature, so that the heat of the electric heating test board can only be Through the loss of the sample, when the environment reaches a certain condition, the heat flow of the sample is measured to determine the thermal insulation of the textile.

Moisture absorption and quick drying test.jpg

3. Moisture absorption and quick drying

According to the standards GB/T21655.1-2008 and GB/T21655.2-2009, through the wetting time of textiles, changing water absorption rate, maximum wetting radius, liquid water diffusion rate, single transfer index, liquid water dynamic transfer comprehensive index, etc. The test of indicators reflects the dynamic transfer process of liquid water in textiles, so as to evaluate the performance of textiles such as moisture absorption, quick drying and perspiration.

评论

此博客中的热门博文

Classfication Of The Textile Testing

Textile testing is the term for a whole series of tests that examine the physical, mechanical and chemical properties of textiles. These tests are sometimes done before a textile goes into widespread use, or they're done on textiles arriving from other countries for sale in US markets. Countries like the United States have established standards for what should and should not be in textile products. Tests can show whether companies making textiles are in compliance or not. Many textile tests have many types. Some of them are physical tests, in which a sample of textile material is examined closely for feel and appearance. Such tests are done on individual fibers or strands of material and on yarns, threads made of several fibers twisted together. Textiles are subjected to light and other elements to see how they react. Some of these tests are done in a weather-ometer, a machine that tests for weathering and lightfastness of textiles. It's basically an enclosed box. Textiles...

How To Process The Elmendorf Tear Strength Test

The Elmendorf tear tester has been developed specially for the paper industry and is outstanding for simplicity of operation and high measurement accuracy. The exchangeable pendulum is equipped with a pneumatic sample clamp. The initiation and return of the pendulum, as well as sample cutting is completely automatic. The device is operated via an integrated touch screen, where the test method can be selected, specific settings can be adjusted, and, after the measurement, results and statistics can be  displayed.Each pendulum is supplied with the appropriate control weight so that, with the help of the service program, it can easily be checked for functionality and balance. The Elmendorf tear test Procedure:     Cotton fabric was taken.     Warp and weft direction of the fabric was identified.     Two strips were cut from the fabric in both directions having dimensions of 100 x 63.5 mm.     The sample was then fixed in the jaws of the ...

Standard Procedure Of Oxygen Index Test Methods

Oxygen index tester test methods, which describes the tendency of a material to sustain a flame, are widely used as a tool to investigate the flammability of polymers. They provide a convenient, reproducible, means of determining a numerical measure of flammability. A further attraction is that the test method uses inexpensive equipment and only requires a small sample size. These methods have been used to systematical investigate the relative flammabilities of fire-retarded materials, frequently comparing the effectiveness of fire-retardants and fire-retardancy mechanisms. The quintessential feature of oxygen-index methods is that the sample is burnt within a controlled atmosphere. The standard procedure is to ignite the top of the sample, using a gas flame which is withdrawn once ignition has occurred, and to find the lowest oxygen concentration in an upward flowing mixture of nitrogen and oxygen which just supports sustained burning. The criticality criterion typically tak...