SL-F37 Fabric Automatic Stiffness Tester

Product information
The bending properties of the fabric are important physical parameters for studying the properties of the fabric such as stiffness, drapability and softness.
The instrument uses two mechanical indexes of bending length (also known as drape stiffness) and bending stiffness (also known as bending stiffness) to express "the ability of the fabric to resist the shape change of its bending direction", collectively referred to as stiffness.

The instrument is suitable for rigid flexural tests of various woven fabrics, knitted fabrics and general non-woven fabrics, coated fabrics, etc., such as cotton, wool, silk, chemical fiber, etc. It is also suitable for flexible materials such as paper, leather and film. The rigid flex test.

Standards compliant
This instrument is the national standard ZB W04003-87 "fabric stiffness test method inclined cantilever method" recommended instrument

GBT18318.1-2009,ISO9073-7-1995,ASTM D1388-1996,BSEN22313...

Technical Parameters
Measuring angle of the instrument: 41°, 30', 43°, 45° adjustable;
Extending length range: 0.5cm--20cm (special requirements can be made at the time of order);
Numerical display resolution: 0.01cm; measurement accuracy: ±1%;
Specimen size: 2.5cm × 20cm;
Working platform specifications: 5cm × 20cm;
Sample platen specification: 2.5cm × 20cm;
Pushing speed of sample platen: 0.3~0.5 cm/s;
Power supply: single phase 220V 50Hz;
Host volume: 425mm × 250mm × 380mm;
Host weight: 16.5Kg

Feature
1. Infrared beam is used to form the "invisible" detection bevel, which replaces the traditional tangible bevel, realizes non-contact detection, and overcomes the problem that the measurement accuracy is affected by the torsion of the sample by the inclined surface.
2. At the same time, it is possible to adjust the measurement tilt angle;
3. The automatic detection system overcomes the shortcomings of visual inspection and enhances the anti-interference;
4. The sample platen automatic landing device ensures the accuracy and consistency of the platen and sample positioning, and improves the working efficiency.