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Creep Rupture & Stress Rupture Testing Lab
When subjected to prolonged thermal stress, materials can fail even below their maximum load ratings. This slow deformation is known as creep. Without monitoring, it leads to rupture.
Stress Rupture Testing
This test measures the time required for a material to fail under a constant load and temperature. It is critical for applications where rupture must be avoided, even if slight dimensional changes are acceptable. It typically involves higher stress levels than standard creep tests.
Creep Testing
Creep testing monitors time-dependent dimensional changes. Using high-precision extensometers, we measure how much a component will stretch or deform during its service life. This is vital for high-temperature components where tight tolerances must be maintained.
Lab Capabilities
- Automated testing up to 2000°F (1093°C).
- Calibrated thermocouples for precise thermal control.
- ASTM E139, ASTM E292, & NASM-1312-10 compliant.
- Nadcap and A2LA ISO/IEC 17025 accredited.
- In-house specimen machining (Smooth, Notched, Flat).
GE Aviation & Pratt & Whitney (MCL Appendix 56: Code 3)
A Trusted Leader in Material Characterization
TTS provides essential material data for real-world load conditions. Our high-temperature characterizations ensure your components withstand extreme environments without premature failure.
TTS Industrial Solutions Pvt Ltd, formerly known as Tweak Technik Solutions, was established in 2021. By 2022, we broadened our portfolio to include comprehensive lab services, and in 2024, we rebranded as TTS Industrial Solutions Pvt Ltd, an ISO 9001:2015 Certified Company.
CIN: U71200TS2024PTC184659
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