Function Introduction

We use advanced servo motors from Japan, turbine reducers imported from Germany, and high-precision ball screws to achieve precise, automatic, and time-saving test results.
Having diverse testing and measurement functions:
Tensile test: can test dumbbell shaped rubber specimens, nylon wire, tire steel wire, O-rings, etc.
Compression test: It can test the compressive stress and strain of plastic rubber and rubber materials.
Continuing force test: It can test the adhesion strength between rubber and hard materials or rubber and flexible materials.
Tear test: It can test the tear strength of rubber and textile fiber materials.
Automatic elongation measurement system: directly read by computer, improves accuracy and reduces misjudgment
It can store a large number of test result curves and data for future reference.
A report editing program with easy operation, allowing users to design and arrange report formats on their own.
With auxiliary calibration software and standard calibrators, users can easily perform calibration tasks on a regular basis.
Other related software functions: 1 You can choose X/Y drawing coordinates by yourself Multiple test sample sizes can be inputted before testing Selective average value calculation method 4 According to customer needs, the software's numerical acquisition and calculation can be newly added or modified.
We have commonly used fixtures and internationally standardized cutting tools for test specimens to facilitate customer selection.

Taiwan YezhongTensile testing machineThe functional characteristics of

1. Modular testing setup: Based on different testing categories, such as dumbbell tensile strength test, tear strength test, bonding force test, compression test, nylon wire test, O-ring strength test, steel wire strength test, etc., the testing conditions are set in modular form to ensure that the operator misses the set items.
2. When the test is completed, the computer will automatically calculate the relevant data results:
The maximum force, fracture force, instantaneous high and low point force in terms of strength, and the force value corresponding to the specified deformation amount
Maximum elongation at deformation or strain, elongation at break, and deformation corresponding to a specified force
The maximum tensile stress, maximum compressive stress, fracture stress, and compressive stress in terms of stress;
3. Free combination of X/Y axis coordinates.
4. Automatically enlarge the X/Y axis coordinates during testing.
5. Users can set to search for corresponding deformation or stress values through specified force or stress values, or vice versa.
6. Automatically calculate three types of averages, namely arithmetic mean, weighted mean, and median.
7. Establish control limits for data such as maximum force, fracture force, maximum stress, and maximum strain.
8. Crosshead over limit protection control.
9. Free editing of report content and format.
10. SPC data statistics function.
11. An automatic thickness gauge that can be connected to a computer can be selected.

Taiwan YezhongTensile testing machineTechnical parameters
1. Manufacturing specifications: According to ASTM D412 ISO 37、JIS K6251。
2. Maximum load of the machine: 1000 kgf (tension and compression).
3. Load cell: 5, 10, 25, 50, 100, 250, 500, 1000 kg.
4. Power accuracy: ± 0.5%.
5. Test speed: infinitely set, ranging from 0.1 to 1000 mm/min.
6. Beam return speed: 1000 mm/min.
7. Beam travel: 1000 mm.
8. Allowable testing width: 475 mm.
9. Drive device: high-power AC brushless servo motor, precision ball screw.
10. Measurement unit: S.I.、 Metric and Imperial systems.
11. Power supply: AC 220V ± 10%, 50/60 Hz, 7A.
12. Wind pressure used: 4.5-5.5 kg/cm²(The air compressor shall be provided by the buyer).
13. Machine size: Test host 85 (W) x 60 (D) x 225 (H) cm
14. Machine weight: Test host weighs 230 kg.