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🩺起源与里程碑

镍钛诺 · 近等原子Ni–Ti:形状记忆与超弹性——支架、正畸、驱动器。

镍钛诺 did not arrive as a finished commodity. NOL 1959 Buehler around United States still explains who makes it and which tests it sits in.

Ten dated points, five eras and three milestones below are the spine — not a complete industrial history.

起源

NOL 1959 BuehlerUnited States

年表

1959Buehler NOL

William Buehler’s team at Naval Ordnance Lab named NiTiNOL.

1961Coffee-pot demo

Folded strip unkinks in hot water — the myth and the lab both persist.

1970sOrthodontic archwires

First large medical market.

1980sPipe couplings

Cryofit aero hydraulic couplings.

1990sSelf-expanding stents

镍钛诺 cages in vessels.

2000sASTM F2063

Wrought NiTi medical spec.

2010sAdditive NiTi

Porous implants, still tricky oxygen.

2010sActuator wires

Robotics and consumer gadgets of mixed reliability.

2020sFatigue standards

Million-cycle claims need waveform honesty.

2020sNi-free cousins

Ti-based SMAs for nickel-sensitive patients.

时代

1970s

Orthodontic archwires

First large medical market.

1990s

Self-expanding stents

镍钛诺 cages in vessels.

2010s

Additive NiTi

Porous implants, still tricky oxygen.

2020s

Fatigue standards

Million-cycle claims need waveform honesty.

里程碑

Pipe couplings

1980s

Cryofit aero hydraulic couplings.

Additive NiTi

2010s

Porous implants, still tricky oxygen.

Ni-free cousins

2020s

Ti-based SMAs for nickel-sensitive patients.

Knowing this timeline is how to read a mill certificate without treating 镍钛诺 as timeless.

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