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Industrial Hot Rolled Titanium Plate

Product: Industrial hot rolled titanium plate
Grade: Level 1, Level 2, Level 5, Level 7 and Level 12
Implementation standards: ASTM B265, ASTM F67, ASTM F136, AMS 4911, AMS 4919 and DIN 17860
Advantages: High corrosion resistance, high strength and light weight
The elastic modulus is about 105GPa
Tensile strength is about 240MPa

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Product Introduction

product description

Industrial hot-rolled titanium plate is an excellent metal material and a key component for many industrial applications. The production process involves heating the metal to a certain high temperature, rolling it through a set of rollers, and then further processing. The production process is much faster than cold rolling. Titanium plates are much faster. In addition, the plates produced by hot rolling are larger in size and have better mechanical properties, making them ideal for high-strength applications. Industrial hot-rolled titanium plate has excellent physical, chemical and mechanical properties and is one of the most important materials in current industrial manufacturing. It is widely used in machinery manufacturing, aerospace aircraft parts, energy, medical treatment, nuclear reactors and other fields.

Chemical composition table of different brands of titanium materials

G.R.1 chemical analysis

Chemical composition (%)

Others

Residuals

0.18
Max

0.03
Max

0.08
Max

0.015
Max

0.20
Max

0.4
Max

Bal

G.R.2Chemical analysis

Others

Residuals

0.25
Max

0.03
Max

0.08
Max

0.015
Max

0.30
Max

0.4
Max

Bal

G.R.5Chemical analysis

Others

Residuals

0.20
Max

0.05
Max

0.08
Max

0.015
Max

0.40
Max

5.5-6.75

3.5-4.5

0.4
Max

Bal

G.R.7Chemical analysis

Others

Residuals

0.25
Max

0.03
Max

0.08
Max

0.015
Max

0.30
Max

0.12-0.25

0.4
Max

Bal

12Chemical analysis

Others

Residuals

0.25
Max

0.03
Max

0.08
Max

0.015
Max

0.30
Max

0.6-0.9

0.2-0.4

0.4
Max

Bal

Production steps of hot rolled titanium plate:

Melt titanium in a furnace and pour it into a mold to form an ingot.

The steel ingot is heated to high temperatures and rolled into sheets or sheets.

Cut the board into the required size and shape,

Carry out further processing, such as heat treatment, annealing and pickling, to improve its mechanical properties .

Hot rolled titanium plate characteristics include:

High strength to weight ratio	This makes titanium plates ideal for applications requiring lightweight materials
Corrosion resistance	Titanium has excellent corrosion resistance, making it ideal for use in harsh environments
high melting point	Titanium has a high melting point, making it suitable for use in high temperature applications
low thermal expansion	This property allows titanium to maintain its shape and size in high-temperature environments
biocompatibility	Titanium is biocompatible, making it ideal for use in medical implants and devices

Hot-rolled plates have several advantages over cold-rolled titanium plates:

They have better thickness tolerance and more uniform thickness across the surface of the board.

They also have higher yield strength and are more resistant to deformation under stress.

Better mechanical properties and faster production time.

Advantages and applications of industrial titanium plates

This titanium plate has excellent corrosion resistance. Titanium metal has extremely strong corrosion resistance and can be well protected against corrosion in many acid, alkali, and salt media. Therefore, industrial hot-rolled titanium plates are widely used in chemical industry, petroleum, electronics and other fields.

It has the characteristics of lightweight. The density of titanium metal is only about 60% of steel, but its strength is more than twice that of steel. Therefore, titanium plates are widely used in aerospace, automobile manufacturing and other fields, which can improve the load capacity of products, reduce product weight, improve product safety, and save energy.

Has good plasticity and processability. It is easy to be processed into various shapes and can be processed into plates, pipes, rods, etc. of different specifications. Therefore, it is widely used in manufacturing various mechanical parts, ships, chemical equipment, etc.