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Titanium Strip

Description: Titanium Strip
American Standard: ASTM B265 / AMS4928ASTM F136, ASTM F67,
Grade: commercial pure titanium GR1 G - R - 2 GR4 Alloy Titanium G - R - 5 Gr7 gr12
Production status: cold working , hot working , annealing
Specifications: Thickness (mm): >4.0-80.0 ( Hot Rolled ), 0.3-6.0 ( Cold rolling )
Length(mm):1000-8000 ( Hot Rolled ), 1000-4000 ( Cold rolling )
Width (mm): 400-3000 ( Hot Rolled ), 400-1300 ( Cold rolling )
Hardness: Between HB150-HB340

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Product Introduction

Titanium Strip tensile strength is high, low density, temperature -235-600 degrees Celsius range, its specific strength is the highest in metal materials, it can form a thin and hard oxide film in the appropriate oxidation environment, with good corrosion resistance.Titanium alloy strips also have the characteristics of small linear expansion coefficient and non-magnetic properties. Therefore, titanium and titanium alloy plates first became important aerospace structural materials, and then promoted to the rapid development and application in shipbuilding, chemical industry and other industries.

Titanium plate technical parameters:

Grade	Manufacturing method	supply status	Specification
Grade	Manufacturing method	supply status	Thickness/mm	Width/mm	Length/mm
GR1, Gr2, GR3, GR4, GR5 GR6, GR7, GR16, Gr12, Gr11	hot rolled	Hot working state (R) Annealed state (M)	>4.75-6.0	400-3000	1000-4000
GR1, Gr2, GR3, GR4, GR5 GR6, GR7, GR16, Gr12, Gr11	cold rolled	Hot working state (Y) Annealed state (M) Solid solution state (ST)	0.30-6.0	400-1000	1000-4000
TI-5M0-5V-8Cr-3AI	hot rolled	Solid solution state (ST)	>4.0-10.0	400-3000	1000-4000
TI-5M0-5V-8Cr-3AI	cold rolled	Solid solution state (ST)	1.0-4.0	400-1000	1000-3000
Ti-15-3-3-3 Ti-1023	cold rolled	Solid solution state (ST)	0.30-4.75 400-1000 1000-3000

Titanium Strip chemical analysis table:

Nominal chemical composition

other elements

Ti-6AL-4V

margin

5.5-6.75

3.5-4.5

0.30

0.08

0.05

0.010

0.2

≦0.4%

Ti-6AL-4V ELI

margin

5.5-6.5

3.5-4.5

0.25

0.08

0.03

0.010

0.13

≦0.3%

Bending core diameter and bending angle of sheet:

Bending core diameter and bending angle of sheet
Grade	state	Bend core diameter		Bending angle α/(°)
		Plate Nominal Thickness T/mm
		≤2.0 (titanium alloy <1.8)	＞2.0~5.0 (titanium alloy 1.8~4.75)
Gr1ELI	m	3T	4T	105
Gr1	m	3T	4T	105
Gr2	m	4T	5T	105
Gr3	m	4T	5T	105
Gr4	m	5T	6T	105
Gr5	m	9T	10T	105
Gr23	m	9T	10T	105

Product advantages and features:

1. Light and strong: have extremely high strength and toughness and are lighter than other metal materials. They can significantly reduce product weight and improve transportation efficiency.

2. Consumption opposition: Because of the phenomenal consumption obstruction , it tends to be utilized in brutal conditions for quite a while, isn't defenseless to oxidation, corrosive and salt disintegration, and keeps a long help life.

3. Super high flexible modulus: has a high flexible modulus and can endure enormous disfigurement without losing its unique shape. It is reasonable for use in different complex pressure conditions.

4. Phenomenal electrical conductivity: is suitable for use in batteries, electronic products, and other fields due to its high electrical conductivity.

Product parameters

Description	Titanium alloy plate and strip
American Standard	ASTM B265 / AMS4928ASTM F136, ASTM F67,
Grade	commercial pure titanium GR1 G - R - 2 GR4 Alloy Titanium G - R - 5 Gr7 gr12
Production status	cold working , hot working , annealing
Specifications	Thickness (mm) >4.0-80.0 ( Hot Rolled ), 0.3-6.0 ( Cold rolling )
Length(mm)	1000-8000 ( Hot Rolled ), 1000-4000 ( Cold rolling )
Width (mm)	400-3000 ( Hot Rolled ), 400-1300 ( Cold rolling )
Hardness	Between HB150-HB340

Application areas:

Utilized for the advancement of aviation motor bodies and high-temperature titanium amalgam primary combinations, and the assembling of underlying parts for aviation motor blower parts, rockets, rockets, and rapid airplane.

Auto fabricating field: It tends to be utilized in car fumes frameworks, body designs and parts fabricating, which can diminish the heaviness of the vehicle and further develop eco-friendliness.

Clinical gadget field: It is widely utilized in medical applications like surgical instruments, dental implants, and artificial joints due to its biocompatibility and resistance to corrosion.

The chemical sector: It can be used to make reactors, containers that resist corrosion, heat exchangers, and other equipment that keep chemical production safe and stable.