Electrolytic Cell Hydrogen Production Metal Nickel Wire Mesh

Electrolytic Cell Hydrogen Production Metal Nickel Wire Mesh

$999.99-2999.99 /Rolls

Payment Type:	Paypal,D/A,D/P,T/T,L/C
Incoterm:	FOB,CFR,CIF,EXW
Min. Order:	1 Rolls
Transportation:	Air,Land,Ocean
Port:	Tianjin Sea Port,Beijing Air Port

Option:

Customized

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Product Description

Product Attributes

Packaging & Delivery

Product Description

Product Attributes

Model No.: Electrolytic Cell Hydrogen Production Nickel Wire Mesh/46 Mesh Count Nickel mesh /60 Mesh Nickel

Brand: Flying Tiger

Status: New

Warranty Period: Unavailable

Applicable Industry: Manufacturing Plant, Food &Amp; Beverage Factory, 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: Ordinary Product

Core Component Warranty Period: Not Available

Place Of Origin: China

Species: Woven Filter

Use: Air Filter

Material: Metal

Size: Customized

Packaging & Delivery

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

Product Description

Nickel Wire Mesh is a type of Alloy Metal Wire Mesh that is made from a combination of nickel and other metals, such as chromium,

molybdenum, or iron. It is known as flitration wire cloth and Filter Mesh for its high strength, corrosion resistance, and temperature

stability, making it ideal for various industrial applications.

The electrolysis of water to produce hydrogen using an electrochemical cell typically involves a series of components

including electrodes, a power source, and a container filled with water. The electrodes (anode and cathode) are immersed

in the water, and when a voltage is applied, hydrogen gas is produced at the cathode and oxygen at the anode.

When using metal nickel wire mesh as part of this process, there are several considerations:

1. Electrode Material: Nickel is a good conductor of electricity and can serve as either the cathode or anode depending

on the specific setup. It's often used for its durability and resistance to corrosion. However, it's not as common as

materials like platinum or stainless steel because it may not be as effective at catalyzing the hydrogen evolution reaction (HER).

2. Wire Mesh: Using a wire mesh as the electrode increases the surface area available for the electrochemical reactions,

which can potentially increase the rate of hydrogen production. This is beneficial for industrial applications where

efficiency and speed are important.

3. Supporting Structure: A wire mesh provides a structured support for the electrode material, allowing for better

dispersion and potential contact with the electrolyte. It also allows for easier handling and scaling up of the system.

4. Potential Efficiency: The use of a wire mesh might not necessarily lead to higher efficiency in terms of hydrogen

production compared to other materials, but it can improve the practicality and cost-effectiveness of the setup,

especially if the mesh allows for a more efficient use of space or reduces material costs.

5. Corrosion Resistance: Nickel is known for its excellent corrosion resistance, which makes it a good choice for

environments where the electrolyte might be acidic or have other corrosive properties.

6. Catalytic Properties: While not as strong as some noble metals, nickel can still catalyze the HER, albeit less efficiently.

Therefore, it might require a higher current density to achieve the same level of hydrogen production as with more

catalytically active materials.

high-temperature nickel-chromium wire cloth

In summary, using metal nickel wire mesh in an electrolytic cell for hydrogen production is feasible and can provide

benefits such as increased surface area for reactions and improved structural support. However, it might not offer

the highest efficiency in terms of hydrogen production rates compared to other materials, but could be more practical

for certain applications due to its durability and cost-effectiveness.

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