The Fabric Touch Tester decomposes the physical properties of the front and back sides of the fabric into independent measurement modules related to heat flow, compression, bending, surface friction and geometric roughness, and integrates them into a test platform, so as to complete the collection of many physical indicators such as heat flow, compression, bending, surface friction performance and surface roughness of the fabric in the longitude and latitude direction and the fabric in a single measurement process, Combined with the subjective tactile evaluation measurement of human body, the softness, smoothness and cold and warm feeling of the fabric are further evaluated, so as to evaluate the comprehensive contact comfort of the fabric.
Testing Standard：FZ/T 01166-2022, AATCC 218
 | High precision sensors 1. Automatic upper‑lower temperature difference control, high‑precision temperature sensor 2. High‑precision sensors for pressure, flexural force and friction force 3. High‑precision sensors for thickness and surface roughness 4. Automatic test pressure control with overload protection function |
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Computer Online Testing Powerful Software Functionality High-definition 10" color
touch-screen interface Touch control for easy operation Supports Excel and PDF formats for archiving and analysis
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 | Intelligent Management IoT It can seamlessly connect with REFOND Arachno loT system and laboratory LlMS system to realize cloud-based data management and greatly improve testing efficiency. |
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Application Example of Fabric Touch Tester
Testing and evaluation of the physical properties of various sheet textile products, such as knitted fabrics, ribbed fabric and non-woven fabrics, related to the contact comfort during the contact between the fabric and the skin under non dominant sweating conditions.
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 | Ordering Information RF4008FTT Fabric Touch Tester RF4008FTT/1 Aux. Tool for Specimen Assembly RF4008FTT/2 PC Software |
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It can start the test with one key and obtain 18 indexes of fabric (1) Bending Average Rigidity (Length Direction) (2) Bending Average Rigidity (Width Direction) (3) Bending Work (Length Direction) (4) Bending Work (Width Direction) (5) Friction Coefficient (Length Direction) (6) Friction Coefficient (Width Direction) (7) Roughness Amplitude (Length Direction) (8) Roughness Amplitude (Width Direction) (9) Roughness Wavelength (Length Direction) (10) Roughness Wavelength (Width Direction) (11) Thickness (12) Compress Work (13) Compress Recovery Rate (14) Compression Average Rigidity (15) Recovery Average Rigidity (16) Compression Thermal Conductivity (17) Recovery Thermal Conductivity (18) Max. Heat Flux |
