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Beta Titanium Orthodontic Wire. The fatigue crack propagation and rapid propagation regions of all wires contained single-phase β-Ti. TitanMoly titanium molybdenum archwires have enough recovery force and bendability without breaking making them a preferred wire over stainless steel and they are nickelfree. Orthodontic Beta Titanium Arch Wires includes Highly effective wire across all phases of treatment Exhibits Intermediate Stiffness Between Super Elastic Nickel Titanium Wire and Stainless Steel Highly Formable With Twice the Spring Back of Stainless Steel Arches Feature Extra Length to Facilitate Multiple Loops and Bends Nickel Free. β-Ti alloy is commercially available as TMA titaniummolybdenum alloy and although one company owned its manufacturing rights for many years 10 the alloy is currently marketed by a wide diversity of commercial brands.
These wires possess significantly greater springback than those made from stainless steel and a modulus of elasticity that falls between that of stainless steel and NiTi. The time to fracture increased with decreasing applied stress in 20 and 02 acidulated phosphate fluoride APF solutions. Beta-titanium wires have about twice the elastic deformation of stainless steel are readily formed. American Orthodontics Tanzo Copper Nickel Titanium Arch Wire - YouTube. TMA also provides complete manipulation of the wire for dimensional control. The three types of β-Ti wires exhibited similar risks of wire.
American Orthodontics Pricing and Product Manager Todd Remmel introduces us to Tanzo Copper Nickel Titanium Arch Wire.
Indications include use as an ideal retraction arch while exerting more-constant moderate forces over a longer period of time. In 1979 Goldberg and Burstone 6 introduced for the first time a beta-titanium β-Ti alloy into orthodontic applications. Beta Titanium Wires JavaScript seems to be disabled in your browser. The fracture mode changed from ductile to brittle when the. The most recent alloy to be adapted for use as an orthodontic wire is beta-titanium. The time to fracture increased with decreasing applied stress in 20 and 02 acidulated phosphate fluoride APF solutions.