Fabric Hand Feel Tester

Brief Introduction：
By softness value of the test material and objective evaluation of its feeling (touch) performance for softness test fabrics, textiles, non-woven, sanitary paper, leather and other sheet-like soft material.
At the same time, the use of different accessories, you can also test a sample of the elastic / viscoelastic / plasticity, bursting, compressibility, thickness and basis weight and other performance indicators

Product Description：
The new type of concrete works softness measuring method is as follows: The main components of the instruments are a rotor, a vibration sensor and other sensors used to collect additional data and control instrument functions.
For the measurement, the sample rests on the rotor, when the rotor starts to rotate to reach the final position.
Mutual contact between the rotor and the sample so that the sample vibrate. After the vibration sensor receives the vibration signal, which is transmitted to the analysis component.
Analysis component prepared good data transfer to the computer. Then, through a complex computer calculations of these data are processed.
Use a complex formula, the parameters measured by synchronizing further parameters and customer pre-entered (the maximum you can use 68 different parameters) to calculate the value of soft.

Instrument Schematic


Technical Data：
Software: friendly interface, simple operation. Test data can be stored for a long, always call data storage software, data were compared with the current test.
Sample size: φ112.8 mm
Measurement: smoothness / roughness, softness, stiffness, feel value (HF)
Measuring pressure: 100mN, 600mN
Instrument size: 440x190x470 mm (H x W x D)
Weight: 19 kg
Power supply: 115-230 VAC, 50/60 Hz

Users：

Chemical suppliers

Paper machine builders

Nonwovens producers

Nonwovens converters

Textile producers

Textile converters

Machine builders for nonwovens

Printing machine builders

Universities & Institutes

Retailers

Fiber manufacturers

Fashion labels

Application areas：

Process optimization

Process control

Production control

Product optimization

Benchmarking

R&D

Incoming control

Quality assurance

Complaint management

Troubleshooting

Marketing & Sales

Results：

Smoothness / Roughness

Softness

Flexibility / Stiffness

Hand Feel (depending on mathematical models)

Plasticity (characterizing the recovery behaviour)

Hysteresis (characterizing the recovery behaviour)

Recovery / Springback behaviour

Elasticity (depending on recovery properties)

Thermal haptics / Surface thermal conductivity

Thermal insulation

High-resolution image from the sample