Tensile strength or simply the breaking strength, is a critical mechanical property of materials.
It represents the maximum amount of tensile (pulling) force a material can withstand before it fractures or breaks. Jera Line performs UTS tests to evaluate the strength and reliability of various products. UTS testing ensures that a Jera Line made products, such as tension clamps, insulation piercing connectors, shear head bolted lugs can withstand mechanical loads without failure within the testing standard. It’s crucial for assessing the safety and durability of components used in various applications.
Laboratory Capabilities: Jera’s laboratory is equipped to perform a wide range of tests related to these standards.
These tests include routine quality assessments and production checks.
Testing Process: During a UTS test, a sample (usually a standardized shape like a cylindrical specimen) is subjected to an increasing tensile force until it breaks. The test measures the maximum force applied to the sample and the corresponding elongation (stretching) of the material. The UTS is calculated by dividing the maximum force by the original cross-sectional area of the sample.
Applications:Jera performs UTS tests on a variety of products, including:
Endurance Testing: In addition to UTS testing, endurance tests evaluate a product’s performance under repeated mechanical and thermal stresses.
Oscillation stress, which varies according to standards (such as EN 50483-4:2009, NFC 33-020, DL/T 1190 – 2012, and IEC 61284), simulates real-world conditions.
Detecting any damages during endurance testing is critical to ensuring product reliability.
Standards and Quality Assurance: Jera’s test methods adhere to industry standards, including CENELEC, EN 50483-4:2009, DL/T 1190 – 2012, and NFC 33-020.
By following these standards, Jera ensures that its clients receive products that conform to rigorous quality criteria.
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