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featured products

  • Textile Test Equipment
  • Footwear Test Equipment
  • Children Products Safety Tester
  • Martindale Abrasion and Pilling Tester

    Martindale Abrasion and Pilling Tester AG04

    Martindale Abrasion and Pilling Tester is used to determin the abrasion resistance, pilling performance and surface changes of woven fabrics, knitted fabrics, pile fabrics, coated fabrics and non-woven fabrics.

  • ICI Pilling and Snagging Tester

    ICI Pilling and Snagging Tester AG05

    ICI Pilling and Snagging Tester is used to determine the surface fuzzes and pilling properties of both woven and knitted materials. It complies in full with the requirements of EN ISO 12945-1 and BS 5811, etc.

  • AATCC Electronic Crockmeter

    AATCC Electronic Crockmeter(Rubbing Fastness Tester) AC04

    AATCC Electronic Crockmeter is used to determine the colour fastness of textiles dry or wet rubbing, suitable for coloured fabric, coated, printed and dyed textiles.

  • Wash Colour Fastness Tester

    Wash Colour Fastness Tester AC10

    Wash Colour Fastness Tester is used to determine color fastness to washing or dry cleaning of fabrics consisting of cotton, wool, silk, ramie, chemical fiber, etc.

  • 100CM² Sample Cutter(GSM Cutter)

    100CM² Sample Cutter (GSM Cutter) AG26

    100CM² GSM Sample Cutter (GSM Cutter) is used to cut fabric, felt, paper, to get circular sample, suitable to cut 5mm depth. Will saves time and cuts sample precisely.

  • Spray Rating Tester

    Spray Rating Tester AG20

    Spray Rating Tester is used to determine the water resistance of any fabrics, which may or may not have been given a water-repellent finish, to surface wetting by water.

  • Hydrostatic Head Pressure Tester

    Hydrostatic Head Pressure Tester AG17B

    Hydrostatic Head Pressure Tester is used to determine the water penetration resistance of all kinds of fabrics used for waterproofing, such as canvas, coating cloth, tent cloth, tarpaulin, rainproof clothing and geotextile materials, etc..

  • Automatic Air Permeability Tester

    Automatic Air Permeability Tester AG18B

    Automatic Air Permeability Tester is used to determine the air permeability properties of fabric, suitable for many kinds of textile fabrics, including industrial fabrics, textile products such as non-wovens and other breathable materials.

  • ROSS Flexing Tester

    ROSS Flexing Tester AF23

    ROSS Flexing Tester is used to test the vertical flex resistance of rubber products, sole of shoes, and Foamed material suce PU, PVC, TPR.

  • DIN Abrasion Tester

    DIN Rubber Abrasion Tester AF02

    DIN Abrasion Tester is suitable to determine the wear resistance of elastic material, rubber, tires, conveyor belts, shoe soles, soft synthetic leather and other materials.

  • Taber Abrasion Tester

    Taber Abrasion Tester AF46

    Taber Abrasion Tester is used for abrasion resistance test of cloth, paper, paint, plywood, leather, natural rubber, etc.

  • Safety Shoes Impact Tester

    Safety Shoes Impact Tester AF03

    Safety Shoes Impact Tester is used to test the impact resistance of safety shoe.

  • Bally Leather Flexing Resistance Tester

    Bally Leather Flexing Resistance Tester AF17

    Bally Leather Flexing Resistance Tester is designed for determining the flexing resistance of materials such as leather, fabric and other materials.

  • Insole Backpart Stiffness Tester

    Insole Backpart Stiffness Tester AF34

    Insole Steel Shanks Stiffness Tester is used to determine the Insole backpart stiffness of shoes, the test principle is fixed the end, and add the load on the front end, cause bending deformation, then measuring the deflection of the backpart, account the stiffness.

  • Whole Shoes Flexing Tester

    Whole Shoes Flexing Tester AF26

    Whole Shoes Flexing Tester is used to test the flexing resistance of hole shoes and sole.

  • Water Vapor Absorption Tester

    Leather Water Vapor Absorption Tester AF18

    Leather Water Vapor Absorption Tester is used to evaluate the water vapor absorption properties of the sample.

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Happy Chinese New Year
Happy Chinese New YearJan 24, 2023

Happy Chinese New Year

Happy Chinese New Year my friends. AVENO wish you happy Spring Festival. Anything inquiry please contact us as below: Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com

Happy New Year
Happy New YearDec 31, 2022

Happy New Year

Time always passes by when we don't expect it, and the new year has come to us. New year, new wish, new hope, new life, I wish you in the new year, all your wishes can come true, all your dreams can come true, all your expectations can come true, all your sacrifices can be fulfilled. AVENO is a company that produces and sells laboratory testing instruments. Thank you for your support in the past year. We have cooperated very happily in the past year. Thank you for your care. In 2023, we will provide you with better service and start our new year Cooperation. Happy New Year to you and your family. Anything inquiry please contact us as below: AVENO technology co., ltd. Email: sales@avenotester.com AVENO Instruments, located in Quanzhou city of China, founded in Hongkong when 1998, more than 24 years of R&D and production experience of laboratory physical testing instruments, which have been affirmed by third-party testing institutions around the world such as SGS, UL, BV, Intertek etc. Our main products including: 1.Textile Testing Equipment(including Fabric tester. Yarn tester Fiber tester.etc.) 2.Footwear Testing Equipment(including Shoe tester.Leather tester.Rubber tester.etc.) 3.Children Products Testing Equiment(including Toy tester.electronic toy tester.etc.)

Why does the fabric pill
Why does the fabric pillNov 16, 2022

Why does the fabric pill

With the development of the times and the continuous improvement of people's living standards, the requirements for clothing have also been continuously improved. It is not limited to warmth, durability, and new requirements have been put forward for comfort, aesthetics, and functionality. The fabric is prone to fluffing and pilling during wearing. This phenomenon not only deteriorates the appearance and feel of the fabric, but also wears the fabric and reduces the performance of the fabric. Fabric pilling process Factors Affecting Pilling Factors affecting fabric pilling are mainly the effects of fiber properties, yarn, fabric structure, dyeing and finishing process, etc. 1. Fiber properties Fiber strength Fibers with high strength, large elongation, high resistance to repeated bending, and strong wear resistance are not easy to be broken or shed when rubbed, but will further entangle with the surrounding hair clumps and hair balls to form larger balls. However, the fiber strength is low, and the formed hair balls are easy to fall off from the surface of the fabric after friction. Therefore, the fiber strength is high and easy to pill. Fiber length Short fibers are easier to pill than long fibers, and long fibers are less prone to pilling than short fibers. The frictional resistance of long fibers in the yarn is greater than that of short fibers, and it is not easy to be drawn out from the yarn. In the same number of fiber cross-sections, the end of the long fiber exposed to the surface of the yarn is less than that of the short fiber, and the chance of being rubbed by external force is small. Polyester filaments have high strength and are not easy to wear and break when subjected to mechanical external force, and polyester filament fabrics are not easy to pilling. Fiber fineness For the same raw materials, thin fibers are easier to pill than thick fibers. The thicker the fibers, the greater the bending stiffness. Friction between fibers The friction between the fibers is large, the fibers are not easy to slide, and it is not easy to pilling. Fiber blends are prone to pilling Especially the blended fabrics of chemical fibers and wool, cotton, and regenerated cellulose fibers are prone to pilling, because the chemical fiber fibers are relatively strong ball fibers and are not easy to fall off. Fiber cross-sectional shape The fiber with special-shaped cross-section has high bending rigidity, is not easy to bend and entangle, and has a low probability of relative contact and friction, is not easy to pull out and entangle, and is not easy to produce pilling. Fiber crimp The more crimped the fiber is, the less likely the fiber is to stretch when twisting, and the fiber is easy to loosen and slip during the friction process, forming plush on the surface of the yarn. Therefore, the better the curl of the fiber, the easier it is to pilling. 2. Yarn The main factors that affect the pilling of fabrics are yarn hairiness and wear resistance, which involve ...

The trouble of fabric wrinkling
The trouble of fabric wrinklingNov 03, 2022

The trouble of fabric wrinkling

In the daily process of dressing, the most troublesome thing is picking up the clothes when I am anxious to go out in the morning. I often have this trouble. I don't know if you will. Ironing is time-consuming when it is too late. Wrinkle of clothing fabric directly affects its beauty and wearing effect. So, why do clothes wrinkle, and how should we deal with wrinkle prevention in daily life? So what exactly causes the fabric to wrinkle? Wrinkling: The phenomenon of creases or wrinkles caused by external forces such as rubbing, squeezing, twisting, and twisting of fabrics in the process of wearing and washing care is called wrinkling. 1. Micro perspective Under the action of external force, the fibers constituting the fabric are deformed. After the external force is removed, the deformation cannot disappear, cannot be restored to its original state, or can only be partially restored. 2. Macro perspective Wrinkle formation can be divided into two stages: crease generation and crease recovery after external force removal. 1) Crease generation: Under the action of external force, the fabric is bent and deformed. Since the external force is far greater than the resistance of the fabric due to bending, the fabric is forced to bend and deform, that is, beyond the bending elastic deformation range of the fabric, yielding deformation. 2) Crease recovery After the external force is removed, the crease bending of the fabric begins to recover under the elastic recovery force generated by the internal stress, that is, the angle of crease recovery starts to increase. With the extension of time, the crease recovery angle increases, and its change is similar to the material creep law. In this process, in addition to the elastic recovery force of the fabric, it is also affected by the friction resistance, which is generated by the relative slippage between the yarns and between the fibers of the yarn, and its direction is opposite to the elastic recovery force. When the elastic recovery force and friction resistance of the fabric are balanced, the fabric reaches the maximum recovery effect. At this time, the fabric folding angle is the crease recovery angle of the fabric. Crease resistance of fabrics: The ability of fabric to resist wrinkling and deformation is called wrinkle resistance, that is, the fabric can be folded and pressurized under specified conditions. After the load is removed, the crease of the fabric can return to the original state to a certain extent, which is also called the crease recovery of the fabric. It can be seen from the causes of fabric wrinkling that to overcome the shortcomings of fabric wrinkling, it is necessary to reduce the opportunity for fiber to generate relative displacement between macromolecules under external force, or prevent the formation of hydrogen bonds at new positions when macromolecules have relative displacement, so that macromolecules can quickly return to their original positions after the removal of external fo...

What is the color fastness to perspiration
What is the color fastness to perspirationOct 30, 2022

What is the color fastness to perspiration

The autumn wind is coming, and summer is slipping away. Summer is a season easy to sweat. After a good sweat, it can make us feel happy, but at the same time, many people are worried. After sweating, clothes are easy to fade. In fact, this is likely to be caused by the unqualified color fastness of your clothes to perspiration. Colour fastness to perspiration There are millions of effective sweat glands on human skin, and the forehead, armpits, chest, back and palms sweat more; therefore, clothes often worn in summer, such as shirts, T-shirts and other clothes, will fade seriously in these parts. As we all know, the composition of human sweat is complex, the main component of which is salt, which varies from person to person. Sweat is acidic and alkaline. The short-term contact of textiles with sweat may have little effect on its color fastness, but long-term contact with the skin and sweat will have a greater impact on some dyes. Clothing with unqualified dye fastness is easy to transfer dyes from textiles to human skin through sweat, etc. The molecules of dyes and heavy metal ions may be absorbed by the human body through the skin and endanger health. The color fastness to perspiration reflects the discoloration of the textile itself and the staining of the lining fabric under the combined action of pressure and temperature in different test solutions containing histidine. How to improve the color fastness to perspiration Improve the color fastness of the fabric to perspiration: 1. The most important way is to choose dyes reasonably, especially dyes with high fixation rate and good stability should be used. 2. Reasonably formulate and control the dyeing process, strengthen the fixing conditions, and form a covalent bond with high stability, so that the dye can be fully fixed. For example, when dyeing dyes with poor reactivity, a catalyst can be used, or an appropriate fixing agent can be used, or the color can be fixed at a relatively high temperature. AVENO Machine Recommend: Fabric Perspiration Tester AC08 Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.avenotester.com

How to test the mutual color fastness of textile splicing
How to test the mutual color fastness of textile splicingAug 17, 2022

How to test the mutual color fastness of textile splicing

Clothes stained during washing or soaking? I believe that everyone is familiar with this situation, and many people should have encountered such embarrassing things. This is due to the mixed washing of dark and light-colored clothes, the fading of dark-colored clothes and dyeing on light-colored clothes, resulting in staining of light-colored clothes, or the mutual staining of dark and light colors on a piece of clothing after washing. In response to this phenomenon, there is a professional name in textiles: splicing and mutual dyeing. Test methods for testing the interdyeing of textiles by splicing, namely the washing method and the soaking method. The washing method The sample is placed in the specified washing solution, mechanically stirred according to the specified bath ratio, time and temperature, then washed and dried, and the staining of the light-colored sample is evaluated with a staining gray card or an instrument. The soaking method The sample is placed in the specified washing solution, and after treatment, it is placed between two flat plates with a specified pressure in the test device. After cleaning and drying, the staining of the light-colored sample is evaluated with Gray scale for color staining or an instrument. Sample preparation: 1. The sample is a ready-made garment. Cut a piece of dark and light-colored fabrics, 4×10cm, and sew them along the short side to form a combined sample. 2. Weigh the sample to the nearest 0.01g. 3. Add detergent according to the sample weight. The sampling and soap solution configuration of the two methods are the same, the only difference is the test equipment and operating procedures. Test Instruments The washing method: Wash Colour Fastness Tester The soaking method: Precision Drying Oven Operating procedure The washing method 1. Put the sample and test solution into the container 2. Put the container into the machine, set the temperature to 40 degrees, and test it for 30 minutes. 3. Take out the sample and rinse it with running water until it is clean. The soaking method 1. Put the sample and test solution into the container, press and move from time to time to completely soak the sample, take out the sample and place it on the Perspiration Tester, and apply a pressure of 5000g. 2. Put the loaded sample into the Precision Drying Oven, the temperature is 37 degrees, for 4 hours, take out the combined sample, and rinse it with running water until it is clean. The test temperature of the washing method is 3°C higher than that of the soaking method. In terms of test time, the washing method requires 30 minutes and the soaking method is 4H. After the test is completed, after rinsing the test, it is necessary to absorb excess water with filter paper and hang it to dry. The samples tested by the two methods are evaluated by Gray scale for color staining. From the test results, the stain level of the soaking method is much more serious than that of the washing method. Color Fastness Test Machines abo...

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