Destructive Testing (DT) Service

Destructive Testing (DT)

Safety and Performance Testing

Destructive Testing (DT) is a test method used to understand the durability, safety, and performance of materials or structures. During these tests, stress is applied to the material or product, pushing it to its maximum capacity, and the material is damaged in the process. The purpose is to observe how products will perform under real-world conditions by pushing them to their limits.

At Systemep, we provide the most reliable and accurate destructive testing solutions for materials in the industrial sector.

Basic Methods of Destructive Testing

1. Tensile Testing: Tensile testing is used to evaluate the material’s stress and strain properties. In this test, the material is placed in a machine, and an increasing pulling force is applied to observe how much the material can stretch, how much it can endure, and how it behaves until it reaches the breaking point.
2. Hardness Testing: This test is used to measure the hardness of materials. The hardness test determines how durable the material is by making an indentation or mark on the material's surface. This test is particularly important for metals and alloys as it shows how resistant the materials are to wear and tear.
3. Impact Testing: Impact testing measures how resilient the material is to sudden forces. The test is performed by applying a sudden force to the material, and the material is observed to see if it fractures or deforms during the impact. This is a critical test for materials subjected to shock loads.
4. Fatigue Testing: Fatigue testing measures a material's resistance to repeated loading. The test is performed to see the effects of high-frequency repeated stress on the material. It is crucial for determining how metal and plastic materials degrade over time.
5. Compression Testing: In compression testing, the material’s resistance to compressive forces is measured. It is typically applied to concrete and ceramic materials. This test is critical for understanding how much load construction materials can bear.
6. Bending Testing: Bending testing measures how much a material bends, deforms, or breaks when a force is applied to it. This test is commonly used to assess the durability of metal and structural materials.

Importance and Advantages of Destructive Testing

• Real-World Performance Measurement: Destructive tests push the material to its limits to determine how durable it is and its failure point. This is a critical step in understanding how reliable it will be under real-world conditions.
• Detailed and Reliable Results: Destructive tests provide direct observations by pushing the performance limits of products. The results are generally more reliable because stress and loads are applied to the material.
• Cost Savings: By understanding the actual durability of tested materials, costly production errors can be avoided in advance.
• Enhanced Product Safety: Direct information about the material's durability and safety helps ensure that the final product meets safety standards.

Applications of DT

1. Automotive Industry: Destructive tests on automotive parts determine the durability, safety, and performance of vehicles during accidents. Chassis, engine, and braking systems are among the most tested parts.
2. Construction and Building Industry: Destructive tests are required to ensure the safety of buildings and other structural projects. Materials like concrete and steel are evaluated using compression and tensile tests.
3. Aerospace: Materials used in the aerospace sector are tested for their resistance to extreme temperatures, pressure, and shocks. Tests on aircraft fuselage and engine components are of critical importance.
4. Oil and Gas: Pipelines, storage tanks, and other equipment are tested using tension and compression tests to check their safety and durability.
5. Electrical and Electronic Products: The durability and safety of electrical components, wires, and circuits are tested. These tests help understand how the products perform under short-circuit and overload conditions.

Reliable Destructive Testing Services

Systemep offers the most reliable and comprehensive destructive testing solutions for all types of materials and products in industrial sectors. With our advanced testing equipment and expert engineers, we test your materials with high safety and precision.

Why Choose Systemep?

• Experienced Team: Our engineers, who are experienced in destructive testing, provide high-quality and accurate results.
• State-of-the-Art Equipment: We use the latest technology devices to perform your tests quickly and accurately.
• Detailed Reporting: We provide detailed reports on the test results, giving you clear information about the status of your products.

Contact Us

If you would like more information about destructive testing and our services, feel free to contact us:

• Contact via WhatsApp: Contact us via WhatsApp
• By Phone: +90 850 480 88 10
• Email: info@systemep.com