Titanium Alloy Wire Mesh For Battery Industry

Titanium Alloy Wire Mesh For Battery Industry

$100-1000 /Rolls

Payment Type:	L/C,T/T,D/P,D/A,Paypal
Incoterm:	FOB,CFR,CIF,EXW
Min. Order:	10 Rolls
Transportation:	Ocean,Land,Air
Port:	Tianjin

Option:

Customized

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Product Description

Product Attributes

Model No.: Micron Direct Supply Titanium Alloy Wire Mesh For Battery Industry

Status: New

Warranty Period: Unavailable

Applicable Industry: Food &Amp; Beverage Factory, Manufacturing Plant, Retail, Energy &Amp; Mining, Other

Out-of-warranty Service: No Service

Where To Provide Local Services (in Which Countries Are There Overseas Service Outlets): None

Showroom Location (in Which Countries Are There Sample Rooms Overseas): None

Video Factory Inspection: Provided

Mechanical Test Report: Provided

Marketing Type: New Product 2020

Core Component Warranty Period: Not Available

Place Of Origin: China

Use: Liquid Filter

Species: Filter Elements

Material: Metal

Filter Hole Shape: Square

Size: Customized

Packaging & Delivery

Selling Units	:	Rolls
Package Type	:	Wooden Case
Picture Example	:

Product Description

Alloy Titanium Wire Mesh finds its application in the battery industry primarily due to its unique properties such as high
strength-to-weight ratio, corrosion resistance, and ability to withstand high temperatures.It's well known as Alloy Metal Wire Mesh
and Filter Mesh and Filter Cloth and filtration wire mesh in this area.

Here are some key applications of titanium alloy wire mesh in the battery industry:
1. Anode Material: In lithium-ion batteries, titanium can be used as an anode material. Titanium has a high specific capacity
(the amount of charge it can store per unit weight) which makes it a promising material for use in anodes. However, its use is
still in the research stage as it needs to overcome certain challenges like poor conductivity and stability.
2. Cathode Coating: Titanium dioxide (TiO2) is often used as a coating material on the cathode in various types of batteries. The
coating helps in improving the battery's performance by enhancing the stability and efficiency of the cathode.
3. Separator Material: In lithium-ion batteries, titanium can be used in the production of separators. These separators prevent direct
contact between the positive and negative electrodes while allowing the flow of ions. Titanium-based separators offer high mechanica
l strength and good thermal stability, making them suitable for high-performance batteries.
4. Electrolyte Filter: In some battery designs, titanium alloy wire mesh can be used as a filter to keep impurities out of the electrolyte
solution. This ensures that the electrolyte remains pure, which is crucial for maintaining the battery's performance and longevity.
5. Structural Components: In advanced battery designs, titanium alloys might be used for structural components such as casing or
internal parts. These components need to be lightweight yet strong, and titanium alloys meet these requirements due to their high
strength-to-weight ratio.
6. Safety Mechanisms: Titanium can also be used in safety mechanisms within batteries, such as pressure relief valves, where it can
withstand high pressures without deforming or failing.
7. Manufacturing Equipment: During the manufacturing process of batteries, equipment made from titanium alloys can be utilized.
These materials are chosen because they are resistant to corrosion and can withstand high temperatures and mechanical stresses,
ensuring the longevity and reliability of the manufacturing machinery.

It's important to note that while titanium offers many benefits, its high cost and the complexity involved in processing it limit its
widespread use in the battery industry compared to more conventional materials like graphite and nickel. Ongoing research aims
to address these limitations and increase the use of titanium in battery technologies.