1、 In the field of daily handicrafts and light industry

1. Fine handmade creation: 0.5mm fine diameter pure titanium wire has high flexibility and is not easily broken when manually bent or knotted. It can smoothly complete complex shapes and is suitable for jewelry weaving, model frames, and other creative scenarios.

2. Glasses frame optimization: Pure titanium wire has three times the deformation resistance of steel and is 40% lighter in weight. It can tightly knot and fix the lens while avoiding pressure on the nose bridge. It can be worn for a long time without any pressure marks.

2、 Core applications of medical and health surgery

1. Minimally invasive suturing technique:

Ultra fine titanium nickel alloy suture automatically tightens and knots under body temperature stimulation, simplifying surgical procedures and improving wound closure stability.

In orthopedic surgery, titanium wire is used to fix rib cartilage scaffolds through flexible knotting, which is stronger and more stable than traditional sutures, and can be retained in the body for a long time without rejection.

2. Dental orthodontic breakthrough: 0.25mm ultra elastic titanium wire arch wire efficiently applies force in orthodontic treatment, increasing tooth movement efficiency by 40%, and ensuring long-lasting and accurate orthodontic force with resilience.

3、 The scientific basis for performance advantages

1. Flexibility mechanism: Titanium wire has low density but strength close to steel, and its ductility is improved after cold processing, allowing for repeated bending; Titanium nickel alloy wire has an 8% hyperelastic strain recovery ability and almost completely rebounds after knotting.

2. Biocompatibility enhancement: The oxide film on the surface of titanium wire endows it with corrosion resistance, does not cause inflammation in the human body, and supports its reliability as a long-term implant knot material.

The flexibility and knotting characteristics of titanium wire are driving the upgrading of minimally invasive medical and health care and lightweight daily necessities, with significant potential in the field of intelligent materials in the future.