Novel esthetic bonded retainers: a blend of art and science

Novel esthetic S2‐glass® fiber‐reinforced composite wires were fabricated in round (0.022 in.) and rectangular (0.021 x 0.028 in.) profiles, with flexural moduli comparable to martensitic nickel titanium and flexural strengths comparable to beta titanium wires. These wires were bonded clinically to...

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Veröffentlicht in:Clinical orthodontics and research 1999-11, Vol.2 (4), p.200-208
Hauptverfasser: Fallis, Drew W., Kusy, Robert P.
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container_title Clinical orthodontics and research
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creator Fallis, Drew W.
Kusy, Robert P.
description Novel esthetic S2‐glass® fiber‐reinforced composite wires were fabricated in round (0.022 in.) and rectangular (0.021 x 0.028 in.) profiles, with flexural moduli comparable to martensitic nickel titanium and flexural strengths comparable to beta titanium wires. These wires were bonded clinically to the facial surfaces of teeth in three situations in which flexible‐bonded retainers are conventionally used: the retention of a closed median diastema, the retention of space closure following premolar extraction, and the retention of a canine that had been severely malpositioned. These bonded esthetic wires were monitored clinically up to 12 months to ascertain patient's acceptance and structural integrity of the retainer. No clinically observable defects were noted during the study, and no patient described any adverse intraoral effects from the retainer's presence. In this report and on the site http://www.clinorthodres.com/cor99-c-056, the indications for, and the present design philosophy of, flexible‐bonded retainers are discussed, along with the wire properties necessary to achieve optimal stability of tooth position. In addition to demonstrating excellent esthetic characteristics, these photo‐pultruded composite wires satisfy the flexural requirements necessary to achieve physiologic stability when used for flexible‐bonded retention.
doi_str_mv 10.1111/ocr.1999.2.4.200
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language eng
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source MEDLINE; Wiley Online Library Journals
subjects bonded retainer
composite archwire
Composite Resins - chemistry
Dental Materials
Dentistry
Elasticity
Glass
Humans
Orthodontic Appliance Design
Orthodontic Retainers
Orthodontic Space Closure - instrumentation
Orthodontic Wires
photo-pultrusion
Pliability
title Novel esthetic bonded retainers: a blend of art and science
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