What are the Different Titanium Alloys Available?
We machine the most in-demand titanium alloys in China.
Alliage | Description | Applications |
Ti-6Al-4V (Grade 5) | It is the most widely used alloy. Fort, résistant à la chaleur. | Aérospatial, médical |
Ti-6Al-4V ELI (Grade 23) | Higher purity. Improved ductility. | Implants, outils chirurgicaux |
Ti-3Al-2,5V (Grade 9) | High corrosion resistance, medium strength. | Marin, sports |
Commercially Pure (CP) Titane | Notes 1-4. Malléable, résistant à la corrosion. | Échangeurs de chaleur, médical |
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Material Properties of Titanium
Rapport résistance/poids élevé
Titanium delivers the strength of steel while being nearly 45% plus léger, Le rendre idéal pour l'aérospatiale, automobile, and premium applications where reducing weight is crucial.
Résistance à la corrosion
Naturellement résistant à la corrosion, titanium performs exceptionally well in harsh environments such as saltwater and aggressive chemicals, making it a top choice for marine and chemical processing uses.
Biocompatibilité
Titanium is non-toxic and highly compatible with the human body, which is why it’s frequently used in medical implants, outils chirurgicaux, and dental applications.
Faible conductivité thermique
Titanium has poor heat conductivity, requiring advanced cooling strategies during machining to prevent overheating and maintain dimensional accuracy.
Non-Magnetic
Its non-magnetic nature makes titanium suitable for environments where magnetic interference could compromise performance, such as in medical devices, électronique, and aerospace systems.
Excellent Fatigue Resistance
Capable of enduring repeated stress cycles without failure, titanium offers exceptional reliability for structural components and load-bearing applications.
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Applications of Titanium
Titanium’s properties make it invaluable in the industries that require strength, légèreté, a nd durability.
Material Properties of Titanium
Aérospatial: éléments structurels, attaches, and parts of engines.
Médical: Implants, surgical apparatus, prothèses.
Automobile: parties (performance parts, valve, systèmes d'échappement).
Marin: Submarine parts, propeller shafts, et systèmes d'eau de mer.
Énergie: Drilling equipment for offshore description, nuclear power systems.
Industriel: Échangeurs de chaleur, récipients sous pression, outillage.
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Titanium Grades We Machine
Donc, here are a few titanium grades we machine
Material Properties of Titanium
Grade | Principales fonctionnalités | Applications |
Grade 1 | Doux, très résistant à la corrosion | Marin, équipement chimique |
Grade 2 | Fort, formable, largement utilisé | Médical, automobile, industriel |
Grade 5 | Haute résistance, résistant à la chaleur | Aérospatial, performance parts |
Grade 9 | Medium strength, weldable | Tubes, implants |
Grade 23 | Extra-pure, highly biocompatible | Surgical, composants aérospatiaux |
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Advantages of Machining Titanium Parts
Strength without weight:Stronger than steel and 45% plus léger.
Corrosion-Proof: Does not rust when exposed to seawater, acide, and harsh conditions.
Long Service Life: Suitable for high-stress, long-use environments.
High Temperature Resistance: Works well under high heat.
Biocompatibilité: Non-toxic and nonreactive with the human body.