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Our Titanium Parts
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Why Choose SYZ RODENDS
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Extensive Experience
We have over 20 years experience in components manufacturing that allows us to stay ahead of the competition and deliver solutions to meet your needs.
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We adhere to strict quality control standards to ensure that every product with the highest quality and demonstrating durability and performance.
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Our professional customer service team is dedicated to providing prompt and personalized assistance to ensure your satisfaction throughout the process.
Advantages of
Titanium Alloy
- Exceptional Strength: Exhibits impressive tensile strength ranging from 580 to 1650 MPa.
- Temperature Range: Operates effectively across a wide temperature spectrum, from high heat environments at 600°C to low temperatures as low as -253°C.
- Superior Corrosion Resistance: Possesses excellent resistance to corrosion.
- Non-Magnetic Nature: Exhibits non-magnetic properties.
- Low Thermal Conductivity: Demonstrates low thermal conductivity.
- Minimal Damping Resistance: Offers low damping resistance.
- Diverse Applications: Renowned for its high strength, corrosion resistance, favorable strength-to-weight ratio, ductility, ease of machining, versatility in surface treatment, and recyclability.
Common Surface Treatment Methods for Titanium
1. Electroplating
The purpose of electroplating on the surface of titanium alloy is to improve the adhesion, conductivity and brazing properties of titanium alloy;
However, it is difficult to plate chromium directly on titanium. Usually, nickel is plated first and then chromium is plated.
2. Nitriding:
Using chemical heat treatment technologies such as plasma nitriding, multi-arc ion plating, ion implantation and laser nitriding,
A golden yellow coating is formed on the surface of titanium, thereby improving the wear resistance, corrosion resistance and fatigue resistance of titanium.
3. Anodizing:
The anodizing technology of titanium is relatively easy. In some oxidizing media, under the action of applied voltage, the titanium anode can form a thick oxide film, thus improving its corrosion resistance, wear resistance and weather resistance.
4. Coloring:
Atmospheric oxidation and anodizing are used for surface coloring treatment to form a variety of colors on the surface and improve the aesthetic appearance.
5. Blue Surface:
The surface of the titanium alloy is oxidized at high temperatures to form a tough, corrosion-resistant oxide film, thereby improving the corrosion resistance and wear resistance of the titanium alloy and significantly improving its appearance quality.
Comparison between Gr2 and Gr5
- Chemical composition: Gr2 contains 99% titanium and less than 0.2% carbon. In addition to titanium and carbon, Gr5 also contains manganese, vanadium, aluminum, tin and other components.
- Mechanical strength and tensile properties: Gr5 >Gr2.
- Corrosion resistance: Gr5 >Gr2 in acidic environment
- Processing and plate performance: Gr2>Gr5
- Weldability: Gr2>Gr5
- Price: Gr5>Gr2
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