We have manufacturers, suppliers and service providers from the area Cobalt-based alloys for dental products, medical products

Phynox*, a cobalt-based alloy, can undergo cold work to enhance the strength of the metal. Depending on the temperature of annealing, it can undergo additional hardening by aging. The resulting soft annealed temper is 900 N/mm2 UTS. Cold rolling and bending of Phynox can further increase its mechanical strength. Age hardening can be achieved at 520 degC.

The composition of cobalt-based alloys is optimized by adding elements in equimolecular proportions. The resulting material exhibits improved magnetic resonance imaging compatibility, material ductility, and fatigue strength. Optimal levels of silicon are recommended to achieve the desired properties of cobalt-based alloys. The purity of raw materials is critical for the production of high-performance materials. Therefore, the process used to create the material must be able to achieve high-quality results.

Medical device manufacturers can use this alloy in a variety of applications. The addition of silicon makes the alloy non-cytotoxic. It is also important to remember that the original composition of cobalt-based alloys is unchanged after silicon addition. This ensures adequate biocompatibility and physical-chemical characteristics. The biocompatibility of a material depends on the proportion of the alloying elements. The addition of silicon reduces the formation of toxic corrosion products.

Implantable devices made of cobalt-based alloys are the most common types of medical implants. These devices are made of a biocompatible alloy, which can withstand extreme temperatures. However, it is still difficult to say if cobalt-based devices can cause systemic adverse effects. Fortunately, there have been a few instances of cobalt-based implanted medical devices with high levels of cobalt.

While cobalt is not widely used in the manufacturing of surgical instruments, it is commonly used in prostheses. Its high elastic modulus and low mechanical resistance make it an excellent material for dental implants. Because titanium is inferior in these properties, the metal is brittle and prone to rusting. Moreover, it is corrosive at high temperatures. So, it is important to choose an alloy that can withstand the heat of the implanted materials.

F75 is another composition of cobalt-based alloys. These materials are hard and have similar hardness to ceramic biomaterials, which are used for fabrication of hip replacement devices. The Co-Ni-Cr-Mo alloy is an ideal choice for applications where strength is not an issue. It has superior tensile strength, which is an important factor in any surgical procedure. The F75 composition is used for a number of applications.

Due to their excellent mechanical properties, cobalt-based alloys are used for various industrial applications. They may be corrosion resistant to high temperatures, and they may exhibit good wear resistance. As a result, they are used in high-temperature applications, such as gas-turbine vanes and buckets. So, cobalt-based alloys are not only highly durable, but they are also a smart choice for many industries.