Hydrogen Evolution Electrode (HEE) , Platinum Electrode

Product Details
Customization: Available
After-sales Service: Yes
Warranty: 24 Month
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Gold Member Since 2016

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Registered Capital
32800000 HKD
Plant Area
>2000 square meters
  • Hydrogen Evolution Electrode (HEE) , Platinum Electrode
  • Hydrogen Evolution Electrode (HEE) , Platinum Electrode
  • Hydrogen Evolution Electrode (HEE) , Platinum Electrode
  • Hydrogen Evolution Electrode (HEE) , Platinum Electrode
  • Hydrogen Evolution Electrode (HEE) , Platinum Electrode
  • Hydrogen Evolution Electrode (HEE) , Platinum Electrode
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  • Overview
  • Detailed Photos
  • Product Description
  • Product Parameters
  • Installation Instructions
  • Packaging & Shipping
  • Certifications
  • Our Advantages
  • FAQ
Overview

Basic Info.

Model NO.
HEE series
Type
Microfiltration Machine
Method
Chemical Treatment
Usage
Industrial, Home, Agriculture, Hospital, Ballast Water Treatment
Coating Thickness
1.0um
Current Density
200A/M²
Support Customization
Yes
Low MOQ
1 Piece
Lead Time
5-7 Days
Electrode Type
Hee
Transport Package
Wooden Package, Carton Package
Specification
SIZE: 90*80*1.0mm
Trademark
CHB or customization
Origin
China
Production Capacity
200000PCS/Month

Product Description

 
Detailed Photos

Hydrogen Evolution Electrode (HEE) , Platinum Electrode


 

 

Product Description

Working Principle

The hydrogen evolution electrode (HEE) plays a pivotal role in the electrolytic process, with its working principle rooted in electrochemical principles, specifically the hydrogen evolution reaction. Specifically, when an electric current passes through an electrolytic cell, water molecules undergo electrolysis at the surface of the hydrogen evolution electrode (cathode), where hydrogen ions (H+) receive electrons and are reduced to hydrogen gas (H2) that is liberated. This process can be described by the following chemical equations:

Chemical Equations:
[ 2H_2O(l) →2H_2(g) + O_2(g) ] (Overall reaction, water electrolysis)
[ 2H+(aq) + 2e-→ H_2(g) ] (Cathodic reaction, hydrogen evolution)

At the hydrogen evolution electrode, hydrogen ions (H+) migrate from the electrolyte solution to the electrode surface, where they accept electrons (e-) and are reduced to hydrogen gas (H2) that bubbles out. This process is the cornerstone of hydrogen production via water electrolysis, and the catalytic activity and stability of the hydrogen evolution electrode significantly impact electrolysis efficiency and hydrogen output.

Hydrogen Evolution Electrode (HEE) , Platinum ElectrodeHydrogen Evolution Electrode (HEE) , Platinum Electrode
Application Domains

Due to its efficient hydrogen evolution capability and broad application potential, the hydrogen evolution electrode finds use in numerous fields:

  1. Water Electrolysis for Hydrogen Production:
    • The hydrogen evolution electrode is a critical component in water electrolysis systems, producing hydrogen through the electrolysis of water, providing an essential pathway for renewable energy storage and hydrogen energy production.
    • Application scenarios include hydrogen fueling stations, renewable energy storage systems, and industrial hydrogen production.
  2. Chlor-Alkali Industry:
    • In the chlor-alkali industry, the hydrogen evolution electrode is employed for the electrolysis of brine to produce chlorine, hydrogen, and caustic soda.
    • The stability and efficiency of the hydrogen evolution electrode significantly impact the production efficiency and product quality in the chlor-alkali industry.
  3. Metal Smelting:
    • In certain metal smelting processes, such as aluminum electrolysis, the hydrogen evolution electrode serves as the cathode, participating in the electrolysis of molten metal salts to facilitate metal deposition and collect hydrogen.
  4. Environmental Protection:
    • In wastewater treatment and air purification, the hydrogen evolution electrode can be used in electrolytic treatment processes to convert harmful substances into harmless ones, with hydrogen generated as a by-product.
  5. Electrochemical Energy Storage:
    • The hydrogen evolution electrode has potential applications in electrochemical energy storage systems, such as serving as a hydrogen supply source for hydrogen fuel cells.
  6. Electrochemical Synthesis:
    • In the field of electrochemical synthesis, the hydrogen evolution electrode can facilitate specific chemical reactions to produce desired chemical products.

Hydrogen Evolution Electrode (HEE) , Platinum Electrode

Hydrogen Evolution Electrode (HEE) , Platinum ElectrodeHydrogen Evolution Electrode (HEE) , Platinum Electrode

 
Product Parameters
Coating thickness 1.0um
Current density 200A/m²
Size 90*80*1.0mm
Support Customization YES
 
Installation Instructions
Hydrogen Evolution Electrode (HEE) , Platinum Electrode

 

Packaging & Shipping

Hydrogen Evolution Electrode (HEE) , Platinum Electrode

Certifications

Hydrogen Evolution Electrode (HEE) , Platinum Electrode


Applications:

1, sanitary disinfection: swimming pool disinfection, tableware disinfection, sanitary food disinfection and other directly related to human health sodium hypochlorite generator.

2, environmental protection, mainly hospital sewage treatment, various industrial wastewater treatment with sodium hypochlorite generator.

 
Our Advantages

Our factory located in Baoji, China's titanium industry base, with a strong R & D team and production capacity. Efficient to provide customers with customized services.


Hydrogen Evolution Electrode (HEE) , Platinum Electrode
FAQ


Question 1: We are very satisfied with this product. Can I customize my logo on the product?
Answer 1: Of course. We offer customized services.

Question 2: I want to adjust the size of this product to meet our needs, can you meet it?
Answer 2: Yes, this exhibit is our standard, it's only for reference. Please provide your specific requirements or drawings, we will customize for you.

Question 3: What's the lead time for this product?
Answer 3: 3-5days.

Question 4: What's the lead time for customization?
Answer 4: Sample delivery time of fixed products: 3-5days.  Mass production delivery time: 21-30 days.

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