Products

  • DRK835A Fabric Surface Friction Coefficient Tester (A method)

    DRK835A Fabric Surface Friction Coefficient Tester (A method)

    DRK835A fabric surface friction coefficient tester (Method A) is suitable for testing the friction performance of fabric surface.
  • DRK302 Textile Moisture Tester

    DRK302 Textile Moisture Tester

    It is suitable for measuring the moisture (moisture regain) of pure or blended yarn, axis, cloth, leather, etc. of cotton, polyester, fine, acrylic, linen, velvet, wool, etc. The high-frequency scanning can penetrate 50mm of the measured object to measure the moisture.
  • DRK304B Digital Display Oxygen Index Meter

    DRK304B Digital Display Oxygen Index Meter

    The DRK304B digital oxygen index meter is a new product developed according to the technical requirements specified in the national standard GB/T2406-2009.
  • DRK304 Oxygen Index Meter

    DRK304 Oxygen Index Meter

    This product is a new product developed according to the technical requirements specified in the national standard GB/T 5454-97. It is suitable for testing various types of textiles, such as woven fabrics, knitted fabrics, non-woven fabrics, coated fabrics, laminated fabrics, and composite fabrics. The burning performance of, carpets, etc., can also be used to determine the burning performance of plastics, rubber, paper, etc. The product also meets the standard of GB/T 2406-2009 “Plasti...
  • DRK141A Digital Fabric Thickness Meter

    DRK141A Digital Fabric Thickness Meter

    DRK141A digital fabric thickness meter is used to measure the thickness of various materials including films, paper, textiles, and can also be used to measure the thickness of other uniform thin materials.
  • DRK306B Textile Moisture Permeability Tester

    DRK306B Textile Moisture Permeability Tester

    The instrument is designed and manufactured in accordance with GB/T12704-2009 "Method for Measuring the Moisture Permeability of Fabrics Moisture Permeability Cup Method/Method A Moisture Absorption Method".