What Makes Titanium a Great Choice for Dental Implants
Titanium has become the material of choice for many dental applications (such as dental implants) due to its mechanical properties, resistance to erosion, and biocompatibility. Although other implant materials have been introduced over the years, titanium implants have stood the test of time and remain a popular option today. Titanium is considered a miracle metal in the dental field. Let’s learn why.
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Durable
Dental implants must be strong and durable because they must withstand the bite force of the jaw. The tensile strength of titanium alloy is similar to that of steel (destructive compressive strength) and the strength-to-weight ratio is the highest of all metals. Titanium implant fracture is rare due to its high resistance to external forces. It means that it is an excellent option to help your dental implants last for many years and withstand the force they can withstand.
Light Weight
In addition to being strong, dental implants must also be light. They will be worn on your jaw for many years, so you don’t need a lot of heavy metals to compress your mouth. Yes, the strength of titanium alloy is similar to that of steel, but the weight is also reduced by about 45%, making it very suitable for dental implants.
Long Lasting
Durable titanium implants have been proven to last. They have proven their longevity with many patients time and time again. So we can definitely say that the titanium implants are extremely cost effective and have a long lifespan to solve their dental problems.
Biocompatible
For some people, the idea of putting metal in their mouth for a long time can be offensive. However, titanium is biocompatible, which means that it has anti-allergic properties and can be well accepted and tolerated by the human body. Allergic reactions to titanium implants are very rare and are generally considered non-toxic to humans.
Allows Osseointegration
Osseointegration is the process of fusing dental implants with the jaw bone. It usually takes several months and this is a critical part of the implantation process. Only a few materials are known to cause osseointegration; titanium is one of them. Titanium allows the implant to be firmly integrated into your bones, making it strong and stable. That is why titanium can also be used to replace knee joints, hip joints, and vertebrae.
Anti-Corrosive
Titanium is considered an oxygen absorber, which means that it forms a protective oxide layer on its surface. This helps protect the implant from various aggressive substances that can damage it.
Non-Magnetic
Titanium and its alloys are non-magnetic, which means that it is not susceptible to external interference. It does not trigger a metal detector and can be used safely for magnetic resonance imaging (MRI).
Flexible and Elastic
The flexibility and elasticity of titanium alloys are the same as that of human bones, which means that the titanium implant can share the stress applied to it with the surrounding bones. This not only keeps the bones active and strong, but also reduces the chance of implant failure.
A small number of people are allergic to titanium, but no material is universally non-allergenic and biocompatible. Titanium works better than most other materials in similar situations. Few titanium implants are toxic to patients, although this is rare.
This is what makes Titanium a suitable metal for dental implants. If you are looking to do implants on your teeth and searching for the best dental implant cost in Canberra, you can always turn to us for the best treatments and services.
