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Titanium Plate Grade3

Grade 3 titanium plate is a high-performance, high-strength, high-flexible titanium alloy material with excellent corrosion， high temperature resistance and wear resistance. This item is primarily made out of titanium, aluminum, manganese and different components. The outer layer of the plate is smooth, the color is silvery white, and it has superb excellent tension and elasticity.This material has a high thermal deformation temperature and is difficult to conduct electricity and magnetize. Aerospace, military, medical equipment, automotive, chemical and other industries can be widely used.

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Product Introduction

Titanium plate Grade3 has numerous qualities, including high elasticity, high hardness, high tensile strength, low density,, great hot disfigurement capacity and great castability, forgeability and processability. It has great oxidizability, high temperature steadiness and high wear opposition, and can endure long haul use under outrageous circumstances like high temperature, high tension and fast. What's more, the material likewise has great weldability and joint execution, and can be utilized with different ordinary welding strategies, for example, argon curve welding, obstruction welding, laser welding and plasma cutting.

Plates made of grade 3 titanium alloy are used in a lot of different industrial applications, like machine tools for processing metal, construction, equipment for processing chemicals, marine engineering, and so on. It is additionally broadly utilized in elite execution applications like gas- fluid capacity, high-pressure pipelines and dashing parts, and is progressively utilized in biomedicine and counterfeit organ fabricating.

Mechanical properties and chemical composition:

grade	Mechanical behavior		chemical composition
Grade3	Yield Strength	≥450MPa _	titanium	≥99.5 %
	tensile strength	≥540MPa _	aluminum	≤ 0.15%
	Elongation	≥ 25%	carbon	≤ 0.10%
	hardness	≤HB241 _	oxygen	≤ 0.18%
	Impact energy	≥ 30J/ cm²	iron	≤ 0.30%
	Thermal expansion coefficient	8.6 × 10^-6/ ℃	nitrogen	≤ 0.05%
	Thermal conductivity	15.24W/(m · K)	hydrogen	≤ 0.015%
	Resistivity	0.12μΩ·cm	Vanadium	3.5~4.5

Introduction to technical knowledge

1.
Melting process: Vacuum arc melting process is used to ensure the accuracy and uniformity of its ingredients.

2.
Heat treatment process: can work on its mechanical properties and consumption opposition through suitable intensity therapy process.

3.
Handling innovation: has good plasticity and can be formed by rolling, stretching, forging, and other processing methods.

4.
Surface treatment: The surface treatment of can further develop its consumption opposition and beautiful impact.

Advantages of titanium plate Grade3

Mechanical properties: Typically excellent tensile strength and yield strength at room temperature.

Corrosion Resistance: A metal with excellent corrosion resistance, able to resist attack by many acidic and alkaline environments.

Lightweight characteristics: It is a lightweight metal with relatively low density

Processing performance: It can be prepared into plates of different shapes and sizes through various processing methods, such as cold rolling, hot rolling, drawing, etc.

Wide range of applications：

Titanium plate Grade3 are widely used in many fields. In nuclear energy plants, fabricating condensers is utilized

it has greatcorrosion resistance in seawater erosion channeling frameworks, valves and siphons

it is utilized in the chemical industry to make heat exchangers, siphons, refining towers, and furthermore utilized in seawater desalination frameworks and Platinum electroplated anode

likewise utilized in the implants for and prosthetics because of its biocompatibility

additionally famous in the marine business because of itsexcellent corrosion resistance, making it ideal for saltwater conditions.It is utilized in marine applications like shipbuilding and offshore oil platforms.

Grade 3 titanium compound plates are likewise known for their great weldability, making them simple to frame and produce into various shapes and sizes. Because of this, it is excellent for making components for a wide range of applications.

Moreover, it is additionally generally utilized in the aviation field to make airplane outlines, fuselage shells, motor parts, radiates, and so forth.