YG028-10T Universal Material Testing Machine

Applicable scope

Used for strength performance testing of various materials such as stretching, bursting, shearing, peeling, compression, bending, tearing, creep, elasticity, and joints.

Related standards

GB/T3923.1, GB/T3923.2, GB/T3917.2, GB/T3917.3, GB/T13772.1, GB/T13772.2, GB/T13773.1, GB/T13773.2, GB/T19976, FZ/T80007.1, FZ/T2019, Fz/T7006, GB8688, FZ/T70007, ASTMD5034, ASTMD5035, ASTMD2261, ASTMD5587, ASTMD4964, ASTMD3936, ASTMD1683, JISL1096, etc
(The above lists some representative standards, among which some functions require specific grippers and sensors selected according to actual needs to be implemented in conjunction.)

1、 Testable items

Normal test items: (Normal display value and calculated value)
● Tensile stress                         ● Tensile strength
● Breaking strength                   ● Elongation at break
● Constant tensile stress            ● Constant stress elongation rate
● Constant stress value              ● Tear strength
● Force value at any point          ● Elongation at any point
● Extraction force                      ● Adhesion force and peak value calculation
● Pressure test                          ● Adhesive force peeling force test
● Bending test                           ● Pulling force puncture force test

2、 Special testing items:

1. Elastic coefficient, also known as Young's modulus of elasticity
Definition: The ratio of normal stress components in the same phase to normal strain. To determine the coefficient of material rigidity, the higher the value, the stronger and tougher the material.
2. Proportional limit: Within a certain range, the load can maintain a proportional relationship with elongation, and its maximum stress is the proportional limit.
3. Elastic limit: The maximum stress that a material can withstand without permanent deformation.
4. Elastic deformation: After removing the load, the deformation of the material completely disappears.
5. Permanent deformation: After removing the load, the material still retains deformation.
6. Yield point: When the material is stretched, the deformation increases rapidly while the stress remains constant, and this point is called the yield point. The yield point is divided into upper and lower yield points, and generally the upper yield point is used as the yield point.
Yield: When the load exceeds the proportional limit and is no longer proportional to elongation, the load will suddenly decrease, and then fluctuate up and down over a period of time, causing significant changes in elongation. This phenomenon is called yield.
7. Yield strength: The quotient obtained by dividing the load at which the permanent elongation reaches a specified value during tension by the original cross-sectional area of the parallel part.
8. Spring K value: The ratio of the force component in the same phase as the deformation to the deformation.
9. Effective elasticity and hysteresis loss:
On a tensile testing machine, when the specimen is stretched at a certain speed to a certain elongation or to a specified load, the effective elasticity is determined by measuring the percentage of work recovered during contraction to work consumed during extension; The percentage of the energy lost during the elongation and contraction of the sample compared to the work consumed during elongation is called the hysteresis loss.

3、 Software Function Introduction:

A. Modular testing standard function: provides users with the required testing standard settings for the application, covering GB, ASTM, DIN, JIS, BS, etc., testing standard specifications.
B. Sample data: Provide users with the ability to set all sample data for permanent reuse once input. And it is possible to add and modify formulas on its own to improve the compatibility of test data.
C. Dual report editing: Fully open for users to edit reports, allowing testers to choose their preferred report format (the testing program has added a built-in Excel report editing function that expands the previous single professional report layout)
D. The length, strength units, and display digits are dynamically swapped, with force units of T, Kg, N, KN, g, and lb, and deformation units of mm, cm, and inch.
E. Auto Scale optimizes the graph curve scale, allowing the graph to be displayed at the optimal scale. And it can dynamically switch between graphics in real-time during testing. Featuring load displacement, load time, displacement time, stress-strain load 2 point extension diagrams, as well as multi curve comparisons.
F. The test results can be output in Excel format.
G. After the test is completed, it can be automatically saved or manually saved. After the test is completed, it can automatically calculate the maximum force, upper and lower yield strength, hysteresis loop method, stepwise approximation method, non proportional elongation strength, tensile strength, compressive strength, constant elongation strength at any point, constant load extension at any point, elastic modulus, elongation rate, maximum and minimum values of the peeling interval, average value, net energy, return energy, total energy, bending modulus, x% load of the breakpoint displacement, X% load of the breakpoint displacement, and so on. Data backup: Test data can be saved in any hard disk partition.
H. Multiple languages can be switched randomly: Simplified Chinese, Traditional Chinese, and English.
I. The software has a historical test data demonstration function.

4、 Configuration:

Computer: Brand desktop computer (CPU quad core with a main frequency of 3.2GHz or above; independent graphics card; 8GB or above memory; 1TB or above hard drive; 23 inch or above LCD display)
Printer: Brand inkjet A4 color printer
Standard fixture: 1 set
Computer desk: 1 unit

5、 After sales service

Technical services: Party B is responsible for the transportation, loading and unloading, installation, and debugging of the equipment, and the responsibility and expenses shall be borne by Party B. After the equipment malfunctions, Party B shall respond to the customer's request within 1 hour, arrive at the site within 72 hours, and complete the maintenance task within three days. After the installation and debugging of the equipment is completed, the manufacturer is responsible for technical training to ensure that the users of Party A can proficiently master the equipment principles, usage methods, and maintenance methods.

Quality assurance period: The warranty period is one year from the date of product acceptance. Lifetime maintenance of equipment, upgrading of equipment control software, and maintenance services provided by Party B outside the warranty period will only be charged for component costs, and all expenses of its staff will be borne by Party B.