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Titanium Alloy Grade 5 Plate Ti-6Al-4V

Product name: Titanium alloy Grade 5 plate Ti-6Al-4V
Material: Grade 5 titanium alloy
Strength: 50% stronger than steel
Corrosion resistance: excellent
Temperature range: -250°C to 600°C
Surface treatment: anodizing, sandblasting, etc.
Alloy composition: titanium (Ti) 96%, aluminum (Al) 4%

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Product Introduction

Titanium alloy Grade 5 plate Ti-6Al-4V is a first class, high-strength, lightweight Titanium alloy material thing, made out ofalloys of unadulterated titanium and other metal parts (like titanium, aluminum, vanadium, manganese, zirconium, etc) It is presently the material of decision in aviation, car, clinical gear, and different ventures because of its magnificent mechanical properties, high temperature oxidation obstruction, and erosion opposition.

Accessible in various thicknesses and sizes, this titanium Grade 5 plate can be easily machined, making it reasonable for an assortment of industry applications. Profoundly impervious to erosion in various conditions, including seawater, acids and antacids. It can also withstand high temperatures and pressures without deforming or losing its properties due to its mechanical strength.

chemical composition

Chemical composition of GR5
Trademark	Impurities are not greater than
GR5	Titanium (Ti)	Iron (Fe)	Carbon(C)	Nitrogen(N)	Hydrogen(H)	Oxygen(O)	Aluminum (AI)	Vanadium(V)
	margin	≤0.30	≤0.10	≤0.05	≤0.015	≤0.20	5.5~6.75	3.5~4.5
GR5 titanium alloy mechanical properties
tensile strength				o b/MPa≥895
Specify residual elongation stress				o r0.2/MPa≥825
Elongation				85(%)≥10
rate of reduction in area				(%)≥25
Ti-6Al-4V titanium alloy density:4.5(g/cm3)				Ti-6A1-4V working temperature-100~550(℃)

Product parameters

product name	Titanium alloy Grade 5 board
Material	5 titanium alloy
strength	50% stronger than steel
Corrosion resistance	Excellent
temperature range	-250 ° C to 600 ° C
surface treatment	Anodizing, sandblasting, etc.
alloy composition	Ti-6Al-4V ( 6% aluminum, 4% vanadium, the rest is pure titanium)
tensile strength	≥895MPa _
Yield Strength	≥825MPa _
Elongation	≥ 10%
Elastic Modulus	110GPa
Thermal expansion coefficient	8.6×10⁻⁶/℃

Performance advantages of titanium alloy Grade 5 plate Ti-6Al-4V:

Lightweight and solid: Contrasted and common steel, it has lower thickness and lighter weight, yet has high strength and superb ductile and compressive obstruction.

Solid consumption opposition: Titanium grade 5 has incredible consumption opposition and can oppose the disintegration of corrosive, antacid, seawater and other unforgiving conditions, and drags out the help life.

Protection against oxidation at high temperatures: A thick oxide layer forms on the outer layer of Level 5 sheets at high temperatures to prevent further oxidation and maintain the material's security.

Ease of processing: Cutting, stamping, and welding are all processes that can be performed on Grade 5 titanium plates, making it simple to produce components of a variety of sizes and shapes.

High strength: Differentiated and pure titanium materials, it has higher rigidity and yield strength, can endure more noteworthy loads, and offers better underlying help.

Titanium alloy Ti-6Al-4V plate level 5 standard

ASTM Instructions: The American Culture for Testing and Materials (ASTM) distributed a few rules in regards to plates made of titanium composite. For example, ASTM B265 is a standard covering titanium and titanium compound plates for present day use.

ISO rules: The Global Foundation for Normalization (ISO) gave a couple of principles concerning plates made of titanium composite. For example, ISO 5832-3 decides a couple of essentials for clinical supplements, including a couple of plans for Titanium compound plates

AMS Standard: The subtleties for grade 5 titanium plates are remembered for the Aviation Materials Explicit Norm (AMS), which is a norm for the airplane business.

Our Titanium alloy Grade 5 plate Ti-6Al-4V application scenarios

Airplane business: used in plane fuselages, engine parts, landing gear, thus on.to work on the exhibition of the airplane and lessen its own weight.

Vehicle industry: It very well may be utilized to make vehicle body underlying parts, exhaust frameworks, stopping mechanisms, and so forth, to reduce the weight of the vehicle and improve fuel economy and driving safety.

Clinical gadgets: It is biocompatible and can be utilized to fabricate clinical gadgets like counterfeit joints, dental embeds, and bone plate screws.