Products

1. Made of All aluminum alloy structure with stainless steel which is durable and beautiful.
2. Standard ASTM D3107.
3. Two independent test stands were used to test fabric elongation and fabric growth.
4. Special accessories for clothes rack, including clothes rack and clothes bar.
5, 6 stations, 3 fixed extensions and 3 fixed loads can be tested.

This instrument is suitable for measuring the bending length and bending stiffness of fabrics by means of inclined surface method.

1 Comply with multiple standards and measurement methods.
2 Rotary sample placement, speed adjustable.
3 Wind speed is adjustable. Adopts imported wind speed sensor calibration, speed accurate and stable.
4 High precision temperature and humidity sensor to get stable test data with high precision.
5 Available in color touch screen input parameters, calculation WVT, WVP, PV value.

Under standard atmosphere condition, use standard wrinkle device to add the predetermined load onto sample and keep for specified time. And then at the same atmosphere condition to adjust samples, compare it with reference photography to grade sample fabric’s appearance.

1 Color LCD display in Chinese and English
2 Manual and automatic cutting
3 Dual temperature control system, the temperature control accuracy is more precise and the heating efficiency is higher
4 Dual inlet sensors, the upper and lower temperature gradients are more accurate, can be used independently, and extend the service life.
5 The barrel is made of imported Hastelloy alloy and nitrided, and the die is made of carbon tungsten steel. The materials are reliable.
6 The insulation barrel is made of all sus304 stainless steel and will not rust at high temperatures for a long time.
7 Automatically calculate the results and print them out

1.Manual clamp sample and replace nozzle.
2.Microprocessor processed, test results directly displayed.
3.Built-in continuous test mode, test units can be switched based on demands.
4.English touch screen menu operation, equipped with computer port.

1. Flow meter test mode, full capacity selection, high precision sensor dynamic measurement. 32 bits ARM high speed processor auto calculation, test results directly display.
2. Color touch screen display, test units switched freely and can be printed out directly.
 (cfm, cm3/ cm².s, m/s, L /d m².min, L/m².s, m3/ m².min, etc).
3. Multiple test area optional and can be recognized automatically.
4. Adopts imported fan, variable frequency motor control, low noise and high efficiency.
5. Automatically change pore plate to meet different measuring requirements.
6. Automatically finish sample clamping and loosen to reduce test area change due to manual clamping.
7. Provide continuous test mode to improve test efficiency.
8. Available to connect with computer, machine is controlled by professional test software.

1. Simple device, easy for operation.
2. The structure is in stainless steel materials.
3. Widely used in many kinds fabric.
4. It has good repeatability of the test result

1.Adopts high pressure pneumatic power and comes with various high steel cutting die, which provides the fast and convenient sample cutting preparation.
2.It can produce 800kg pressure at 100psi and has a safe double bond operation.Press die of special shape can be provided on request. Standard air compressor of laboratory is required.

The two ends of the specimen are fixed so that the specimen is bent continuously, so that the bending part of the specimen is subjected to a series of gentle friction.The abrasion condition of the specimen was observed visually to evaluate the shear and flexural friction resistance of the specimen.

This instrument uses solvent extraction method to extract the oil in the fiber. The principle is the same as the Soxhlet method. It uses ether or other solvents to extract the oil on the surface of the fiber, then evaporates the solvent, and then measures the oil content.

Manual operations and the mechanical mechanism greatly simplifies the testing procedure, reducing technician intervention and producing accurate, precise and reliable results.
The resilience measurements are accurate, reliable, repeatable, reproducible and as easy as 1—2—3! 
   1. Insert the specimen, 
   2. Release the Pendulum Arm, 
   3. Remove the specimen.