Corrosion, or the breaking down of metals, can cause massive damage in water processing systems like boilers and water-cooling systems. To prevent and remove this dangerous breakdown, corrosion inhibitors are essential to protecting your equipment. Today, we will discuss what exactly a corrosion inhibitor is and what types of chemicals can be used to prevent or remove metal decomposition.  

What Is a Corrosion Inhibitor?  

Corrosion inhibitors are compounds that can lower the deterioration rate of a material (usually metal) that comes in contact with a corrosive agent such as oxygen or hydrogen sulfide. There are four classifications of inhibitors for corrosion based on how they work on a metal:  

• Cathodic: slows the reaction at the cathodic areas to reduce diffusion to the metal  
• Anodic: forms a preventative layer on the metal by blocking anionic areas  
• Mixed: also forms a layer on the metal but works to reduce both cationic reactions and anionic reactions   
• Volatile: reduces corrosion by slowly volatilizing and releasing compounds in a sealed atmosphere   

These chemicals can be applied in many different scenarios and many different products, but the effectiveness of the compound will depend on your specific situation. In some cases, they can also be referred to as oxygen scavengers.   

Examples of Corrosion Inhibitor Chemicals  

Many chemicals can protect the metal from corrosion. Some examples include:  

• Animes  
• Hydrazines  
• Benzotriazole  
• Dimethylethanolamine  
• Chromates  
• Sulfites  
• Silicates  

Ecolink Products  

Ecolink has a variety of products that can be used as corrosion inhibitors. A few of our options and a small description of them include:  

• Boiler Guard: Boiler Guard is a water treatment solution that can remove scale and corrosion from steam boilers. This solution made of mostly sodium hydroxide and diethyl ethanolamine is also utilized to prevent the issue from occurring again.  
• Boiler & Cooler Waterguard: The water guard is a solution consisting of mostly sodium hydroxide and sodium nitrite that prevents corrosion, rust, and scale buildup in closed-loop water treatment systems.  
• Chill Guard: Chill Guard is an easy-to-use product to prevent scale and corrosion in recirculating water systems like air wash systems and cooling towers. It works on ferrous and non-ferrous metals.  

Interested in Protecting Your Equipment From Corrosion?  

Ecolink is here to help! As a trusted industrial chemical supplier, we do everything we can to ensure your company receives the best products to prevent corrosion to your systems and equipment. Feel free to contact us today if you need assistance! Our chemical experts would be delighted to answer any questions you may have! 

Microorganisms exist all throughout the world, including in industrial settings. While some of these tiny organisms are harmless, others like bacteria and viruses can cause a variety of harm. Biocides, or antimicrobial agents, are chemicals that can control or destroy these mini organisms. There are two broad categories that these chemicals can fall under oxidizing and non-oxidizing. In this blog, we will explain what a non-oxidizing biocide is and what it can do for your industries.  

What Is a Non-Oxidizing Biocide?  

To understand what a non-oxidizing biocide is, we should start by defining an oxidizing biocide. This type of biocide uses oxidation to kill microorganisms. Oxidation, or a redox reaction, is the process of an electronegative atom ripping an electron from another atom. The violent and destructive reaction causes the outer layers of a cell to be destroyed, resulting in the death of the organism.    

In contrast, a non-oxidizing antimicrobial agent is a chemical that uses other methods than oxidation to kill a microorganism. The most common methods utilized by a non-oxidizing chemical include:  

•  Interfering with an organism’s reproduction  
• Terminating its breathing  
• Fracturing their cell walls  

Non-oxidizing antimicrobial agents are sometimes viewed as more effective, convenient, and sustainable than oxidizing antimicrobial agents depending on the system or application they are being used for. For some systems, such as cooling water systems, these biocides are often used in conjunction with oxidizing biocides to better manage buildup or biological problems.   

Examples of Biocides That Do Not Use Oxidation  

Many different types of non-oxidizing chemicals exist. Some examples of them are:  

• Benzisothiazolinone  
• Methylchloroisothiazolinone  
• Tetrakis hydroxymethyl phosphonium sulfate (THPS)  
• Glutaraldehyde  
• Carbamates   
• Bronopol   
• Quaternary Ammonium Salts  

While there are several options to pick from (way more than what is listed above), a biocide that does not use oxidation could be selected for a variety of reasons. The selection is based on factors such as:  

• Biodegradability  
• Toxicity  
• Compatibility with other chemicals in the process or product  
• Effectiveness against the microorganism you want to kill  

Looking For More Information on Non-Oxidizing Biocides?  

Then look no further than us here! We here at Ecolink are dedicated to supplying industries like yours with high-quality industrial chemicals and the knowledge on how to use them.  Contact us today if you would like to purchase or inquire about our products. Our team of chemical experts can assist you in finding the right chemical for your needs!