Web Summary
Q1: What is the mailing address of Fatigue Technology Inc.,
A1: The mailing address of Fatigue Technology Inc. is 401 Andover Park East.
Q2: What products does Fatigue Technology Inc. offer,
A2: Fatigue Technology Inc. offers a range of products including Split Sleeve Cold Expansion, ForceTec Rivetless Nut Plates, ForceMate Bushings, TukLoc Blind Fasteners, FlexMate Fittings, GromEx Composite Liner, RailTec StopCrackEX (Bridge Repair), and more.
Q3: In which industries is Fatigue Technology Inc. involved,
A3: Fatigue Technology Inc. is involved in various industries including Commercial Aerospace, Helicopter / Rotor, Bridges & Infrastructure, Medical, Marine, Military, Railroad, Space, and Energy.
Q4: What services does Fatigue Technology Inc. provide,
A4: Fatigue Technology Inc. provides Service & Support, On-Site Training, Test Lab, Digital Forms, Technical Library, FAQ, Tooling Catalog & Operation Manuals, Purchase Order Terms & Conditions, New User Registration, and more.
Q5: What is the certification status of Fatigue Technology Inc.,
A5: Fatigue Technology Inc. has received ISO 9001:2015/AS9100D certification, which was awarded by TUV USA Inc. in April 2018.
Q6: How does Fatigue Technology Inc. address the issue of metal fatigue,
A6: Fatigue Technology Inc. addresses the issue of metal fatigue through its Cold Expansion process, which shields the hole from forces that can cause cracks to form and creates a "zone of residual compressive stress" around it, thereby strengthening the metal.
Q7: What is the purpose of the "plastic deformation" process in cold expansion,
A7: The "plastic deformation" process in cold expansion involves pulling a solid mandrel through a hole using a hydraulic puller, which creates a zone of residual compressive stress around the hole and strengthens the metal.
Q8: What is the significance of the "zone of residual compressive stress" created by cold expansion,
A8: The "zone of residual compressive stress" created by cold expansion significantly increases fatigue life by reducing the stress intensity factor and crack growth life by reducing the applied stress ratio at the hole.