SERVOSIS S.L.
Why torque–tension testing is becoming critical for structural fastener performance
A structural bolted joint rarely fails because the bolt was not strong enough.
In many cases, the root cause lies elsewhere: insufficient preload, excessive friction variation, inconsistent tightening conditions, or a mismatch between the torque applied during assembly and the clamping force actually achieved.
This distinction is becoming increasingly important as manufacturers, contractors and certification bodies place greater emphasis on joint reliability, traceability and compliance with international standards.
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Servosis PhD Program: Access to Materials Testing and Greater Visibility for Your Thesis
Accessing specialized testing equipment is often a challenge for PhD researchers. Learn how to obtain materials testing resources, expert technical support, and greater visibility for your research and thesis.
Tensile Testing of Steel: Procedure, ISO 6892-1 Standard, and Expected Results
Steel tensile testing evaluates a material's mechanical strength by stretching a specimen until it fractures. It measures force and deformation to determine key mechanical properties and assess whether the material is suitable for its intended application