Tensile strength / elongation

2018-07-23 11:25:22 SUSHI GUANGBO TEST TECHNOLOGY CO.,LTD 已读
Elongation, bending strength
 
The detection of elongation and bending strength is a test of mechanical properties.
 
Mechanical properties, also called mechanical properties, refers to a series of mechanical properties of materials exhibited by materials under normal temperature/high temperature/low temperature and static loading. It reflects the ability of materials to resist deformation or damage under external force. An important basis for design parameters in engineering applications.
 
The mechanical properties test needs to be tested in accordance with the requirements of the test method and test standard in the specified environment under the specified environment. The mechanical properties of the finished product can be simulated according to the customer's requirements. Perform mechanical properties testing.
 
Common mechanical properties are tested:
 
• Tensile properties (normal temperature stretching, high temperature stretching, low temperature stretching):
 
Tensile strength, elongation at break, modulus of elasticity, yield strength, Poisson's ratio
 
• Bending performance
 
Bending strength, flexural modulus
 
• Compression performance
 
Compressive strength, compressive strain, compressive modulus, permanent compression set
 
• Impact strength (normal temperature impact, low temperature impact)
 
Cantilever beam impact, simply supported beam impact, drop hammer/ball impact, dart impact
 
• Tear strength
 
Right angle tear, pants tear, crescent tear
 
• Hardness test
 
Rockwell/Rockwell-α hardness, Shore hardness, Barcol hardness, micro Vickers hardness
 
•Shear strength
 
Interlaminar shear, longitudinal and transverse shear, stamped shear, tensile shear
 
• Friction wear
 
Sliding friction, Taber wear, dynamic / static friction coefficient
 
•stress test
 
Pull-pull fatigue test, fast prediction method of life, dynamic fatigue (lifetime)
 
• Creep test
 
Tensile creep, compression creep
 
 
 
Tensile Strength
 
Plastic tensile strength testing is a test for the mechanical properties of plastics.
 
Mechanical properties, also called mechanical properties, refers to a series of mechanical properties of materials exhibited by materials under normal temperature/high temperature/low temperature and static loading. It reflects the ability of materials to resist deformation or damage under external force. An important basis for design parameters in engineering applications.
 
The mechanical properties test needs to be tested in accordance with the requirements of the test method and test standard in the specified environment under the specified environment. The mechanical properties of the finished product can be simulated according to the customer's requirements. Perform mechanical properties testing.
 
Common mechanical properties are tested:
 
• Tensile properties (normal temperature stretching, high temperature stretching, low temperature stretching):
 
Tensile strength, elongation at break, modulus of elasticity, yield strength, Poisson's ratio
 
• Bending performance
 
Bending strength, flexural modulus
 
• Compression performance
 
Compressive strength, compressive strain, compressive modulus, permanent compression set
 
• Impact strength (normal temperature impact, low temperature impact)
 
Cantilever beam impact, simply supported beam impact, drop hammer/ball impact, dart impact
 
• Tear strength
 
Right angle tear, pants tear, crescent tear
 
• Hardness test
 
Rockwell/Rockwell-α hardness, Shore hardness, Barcol hardness, micro Vickers hardness
 
•Shear strength
 
Interlaminar shear, longitudinal and transverse shear, stamped shear, tensile shear
 
• Friction wear
 
Sliding friction, Taber wear, dynamic / static friction coefficient
 
•stress test
 
Pull-pull fatigue test, fast prediction method of life, dynamic fatigue (lifetime)
 
• Creep test
 
Tensile creep, compression creep
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