The corrosion response of heat-treated Beta C titanium alloy in three distinct electrolytes at
different temperatures was examined. All the recrystallized specimens with the random …

Besides other important material features, the corrosion parameters and corrosion products
are responsible for limiting the biocompatibility of metallic materials, and can produce …

The effect of fluoride ion concentration and pH value on the corrosion behavior of Ti–30Cu–
10Ag (wt.%) alloy, which is a new titanium alloy characterized by its low melting point, was …

Abstract Although titanium and Ti–6Al–4V alloy have been widely used as dental materials,
possible undesirable effects such as cytotoxic reactions and neurological disorder due to …

Abstract Commercial pure titanium (Cp-Ti) and titanium alloys are used on large scale in
restorative dentistry due to their advantages as compared with other similar materials …

Titanium alloys exhibit excellent corrosion resistance in most aqueous media due to the
formation of a stable oxide film, and some of these alloys (particularly Ti-6Al-7Nb) have been …

Titanium is the most common material chosen for dental implants because it is highly
corrosion resistant because it constantly reforms a protective passive film layer. The …

Multi-directional forging (MDFing) can improve the various properties of metals and alloys
due to the evolution of an ultrafinegrained structure. In the present study, electrochemical …

A reaction layer forms on cast titanium alloy surfaces due to the reaction of the molten metal
with the investment. This surface layer may affect the corrosion of the alloy in the oral …

The corrosion behavior of Ti–Nb dental alloy in artificial saliva with and without the addition
of lactic acid and sodium fluoride was investigated by electrochemical techniques, with the …