GR3 Titanium Wire ASTM B863 dia 0.1 to 6mm for Medical Implants

Place of Origin CHINA
Certification ISO9000:2015
Model Number GR3
Minimum Order Quantity 10KG
Price According to quantity
Packaging Details Clients’ requirement
Delivery Time 10 working days
Payment Terms T/T, Western Union, MoneyGram

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Product Details
Corrosion Resistance Excellent Using Fishing/glass/medical/industry
Materail Titanium Feature Shape Memory Superelastic
Technical Forge,welding Performance Superelastic
Wire Diameter 0.1mm To 6mm Inventory Large Stock
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6mm Titanium Wire


Medical Implants GR3 Titanium Wire


ASTM B863 Titanium Wire

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Product Description

GR3 Titanium Wire ASTM B863 dia 0.1 to 6mm for Medical Implants


1. medium oxygen, high strength among the pure titanium pure grades

2. diameter: 0.1~6mm

3. type: straight or in coil

4. MOQ: in stock


Product Introduction


Grade 3 titanium wire is a form of pure titanium material, primarily consisting of approximately 98% titanium, along with minor amounts of other elements such as oxygen and iron. It conforms to the production standard ASTM B863 and can have a surface finish that is either polished or subjected to pickling treatment. The diameter of Grade 3 titanium wire can range from 0.1mm to 6mm, and this titanium material can be processed by drawing or extrusion to create various shapes.


Recognized for its high strength, exceptional resistance to corrosion, and low density, Grade 3 titanium wire is a favored material for a wide array of applications. These include, but are not limited to, components in the aerospace and aviation industry, medical implants, equipment used in chemical processing, and sporting goods.


Mechanical Properties

Mechanical Properties(>%)
Grade Tensile Strength(min) Yeild Strength(0.2% offset)) Elongation(%)
ksi MPa Min
    Ksi Mpa  
gr3 65 450 55 380






The production process for GR3 titanium wire generally involves several key steps, as outlined below:


1. Melting: The initial phase in creating titanium wire is melting the titanium metal within a furnace. An arc furnace or vacuum furnace is typically employed to heat the titanium sponge to elevated temperatures until it liquefies.


2. Forming: Post-melting, the liquid titanium is poured into a mold where it solidifies into an ingot. This ingot is usually cylindrical and can measure several feet in length with a diameter of several inches.


3. Rolling: The ingot undergoes reheating and is then passed through a rolling mill to be transformed into a slender round bar. This rolling step not only reduces the thickness of the metal but also enhances its grain structure, which boosts its strength and flexibility.


4. Drawing: The round bar is subsequently pulled through a series of dies to decrease its diameter, resulting in the formation of GR3 titanium wire. This drawing process may involve multiple stages to achieve the desired wire diameter.


5. Annealing: After reaching the final diameter, the GR3 titanium wire is annealed to increase its pliability and eliminate any residual stress within the material. Annealing involves heating the wire to a high temperature followed by a gradual cooling process.


6. Finishing: The final step is to clean and refine the titanium wire to remove surface impurities or flaws. This cleaning process may include treatments such as polishing or pickling.