Finding ISO 5084 equipment through Fineness / Thickness / Length / Density

The Digital Thickness Gauge (TNG1089) and Fabric Thickness Tester (TNG1094) are suitable for compliance with ISO 5084, which specifies methods for determining the thickness of textiles.
Compliance with ISO 5084 and Instrument Specifications

ISO 5084 outlines procedures for measuring the thickness of textile materials, ensuring consistency and accuracy across different testing environments. The Digital Thickness Gauge (TNG1089) and Fabric Thickness Tester (TNG1094) are specifically designed for this purpose, offering precise and repeatable measurements. Both instruments support the required measurement accuracy and control parameters defined in the standard.
The TNG1089 has a measuring accuracy of 0.01mm, which aligns with the precision requirements of ISO 5084. This level of accuracy ensures that even minor variations in thickness are captured, providing reliable data for quality control. Additionally, the instrument features a pressing foot with a lowering speed of 1.72 mm/s, which is critical for maintaining consistent pressure during testing. This controlled speed prevents over- or under-compression of the sample, ensuring that the measured thickness reflects the true material properties.
The TNG1094, while similar in design, is tailored for fabric testing. It also offers a measuring accuracy of 0.01mm, ensuring compliance with ISO 5084. The instrument provides multiple pressing foot areas, including 100mm², 2000mm², 2500mm², and 10000mm², allowing for flexibility in testing different fabric types. The ability to adjust the pressing area ensures that the test conditions match the specific requirements of the material being evaluated, enhancing the relevance and accuracy of the results.
Instrument Specifications and Their Role in Testing
The TNG1089 includes a range of load weights, such as 2cN x 2, 5cN x 1, and 10cN × 2, which are essential for applying the correct pressure during testing. These load options allow users to select the appropriate force based on the material's thickness and density, ensuring that the test results are both accurate and representative. The pressing duration can be set to either 10 seconds or 30 seconds, providing flexibility in testing protocols.
Similarly, the TNG1094 offers the same range of load weights and pressing durations, ensuring that it meets the requirements of ISO 5084. The multiple pressing foot areas and adjustable load settings enable the instrument to handle a wide variety of fabric types, from thin, delicate materials to thicker, denser textiles. This versatility is crucial for ensuring that the testing process is both efficient and effective.
Instrument Category and Model Page Reference

Both the TNG1089 and TNG1094 fall under the category of Fineness / Thickness / Length / Density Testing. This classification reflects their primary function in assessing the physical properties of textile materials. For detailed specifications and purchasing information, users can refer to the respective model pages for TNG1089 and TNG1094. These pages provide comprehensive details on the instruments' capabilities, ensuring that users can make informed decisions based on their specific testing needs.
Instrument models referenced
- TNG1089 Digital Thickness Gauge (Fineness / Thickness / Length / Density Testing).
- TNG1094 Fabric Thickness Tester(Gauge) /B (Fineness / Thickness / Length / Density Testing).
Editorial note. This application note summarises the published scope of the standard and our documented model data. Configuration requirements vary between standard editions, and instruments support a method only with the appropriate fixtures and accessories. Please confirm the required configuration against the applicable edition of the standard before ordering; conformity of a given test result also depends on the specimen and the procedure followed.
Instruments referenced
Test standards referenced
Need the instrument for this method?
Send the standard number and the material. We reply with the matching model, its full specification table and a quotation.