Many materials such as metal break down over time. This corrosion can cause massive damage to your equipment and be a hindrance in your process. Corrosion inhibitors are a way to prevent and remove any broken-down materials from your system. These deterioration removers are chemical compounds that reduce the decomposition rate of a material, usually metals or alloys when added to either a liquid or a gas. In this post, we will go over the different types of corrosion inhibitors as well as the applications of them and the benefits of using them.
Different Types of Inhibitors
Inhibitors can be classified into four main groups. The four main classifications are:
This type delays the corrosion reaction at the cathode, or the oxidizing electrode, to increase the resistance and limit the diffusion on the metal surface.
Anodic classifications block the anodic sites, or sites where oxidation occurs, in the metal making it passive and forming a protective layer on the surface of the metal.
Volatile, or vapor-phase, inhibitors reduce a break-down by vaporizing a chemical compound into a sealed atmosphere causing a pH change. This pH change in the atmosphere leads to conditions that control the corrosive rate of the material.
This type of deterioration controller also forms a protective layer on the surface of the metal. They reduce both oxidation and reduction reactions by forming a precipitate on the surface of the material.
Applications of Inhibitors
The chemical compounds that can delay corrosion can be used in a variety of different ways and processes. Some applications include:
- In boilers to reduce the effects of acids
- In pipelines
- In water cooling systems
- As protective films on surfaces
- As water softeners
Benefits of Inhibitors
Similar to how they can be utilized in many different processes and systems, using inhibitors to prevent corrosion in your company’s equipment provides multiple benefits you should consider. A few benefits include:
- Fewer maintenance costs to fix corroded equipment
- Longer lasting equipment
- More efficient systems
- Can prevent corrosion from happening in the future
Interested in Purchasing a Corrosion Inhibitor?
Look no further than Ecolink! As a trusted industrial bulk chemical supplier for over 30 years, we value providing high-quality and effective chemicals specifically for you. If you have any questions regarding corrosion inhibitors, do not hesitate to contact us. Our experienced and knowledgeable team would be happy to assist you!
Algaecide: Controlling Algae in Various Settings
/in Ecolink News/by Industrial DegreasersAlgae growing in surplus can be harmful to industries and those that they market towards. Excess growth of this substance and biofilm accumulation can greatly damage equipment and other means of production. To prevent this from impacting your industry, it is essential to know how to prevent and manage this substance. In this blog, we will explain how to control this substance in various settings.
Where and How Does Algae Grow?
Though it can occur in a variety of settings, most of this substance’s various factors. These factors can include warmer temperatures and shallow water, among others. When combined, these factors produce this substance and bacteria in excess, resulting in harm to humans and the environment. This substance can be found in a variety of places, including:
What is an Algaecide?
Although this substance can be prevalent, there are several options for preventing its spread. One popular method is to use an algaecide, which contains chemicals that can eliminate this substance several different ingredients are frequently used in algaecides, such as copper sulfate. These types of chemicals are fast-acting, but there are some that act as more of a preventative measure, such as diluted bleach.
How are Algaecides Used?
The use of an algaecide will depend greatly on the setting and environment in which you are using it. For example, some can simply be sprayed directly on top of the water to get rid of the algae. Alternatively, some can be injected into the water or even dispensed in pellet or crystal form. It is essential to keep in mind any safety information when using a product or chemical to eliminate any substance.
Where Can I Find More Information?
If you need more information, then you are already in the right place! We here at Ecolink provide more than just environmentally friendly chemical products for your industrial needs. We also supply informative blogs and free chemical consultations if you are seeking a unique solution or advice. We pride ourselves in working with industries like yours for over three decades and are dedicated to providing you assistance! Please contact us today!
Anti-Algae Chemicals: Preventing Algae Growth
/in Ecolink News/by Industrial DegreasersWater is an element not only essential for life but also for the effectiveness of various industries. When utilized for any application or product, this vital resource must be properly maintained. If it is not regularly managed the water can become tampered with many unwanted elements, including algae. Inside this blog, we will explain how to prevent this substance from affecting your industrial water supply.
What Causes Algae to Form?
This substance can grow and spread in a variety of settings, but several environmental factors create a perfect storm for formation. These factors include:
This substance can also result in serious effects that compromise both human and environmental health.
How Can I Prevent Algae from Growing?
Though it occurs naturally in some ecosystems, excess formation can wreak havoc on water treatment systems and other types of plumbing. This excess formation can cause not only damage to your products but also to your industry’s production. To neutralize or kill what has grown no matter how significant, an algaecide is an effective and efficient solution.
As a preventative measure, however, you can treat your water with either bleach or chlorine (but never both together). You can also regularly upkeep your equipment to avoid larger maintenance costs.
Examples of Anti-Algae Chemicals
There are a multitude of chemicals and methods that you can use to kill or prevent this damaging substance from forming. Some of these methods and chemicals can include but are not limited to:
Where Can I Find the Right Chemical?
You have already come to the right place! Here at Ecolink, we have been devoted to supplying high-quality and eco-conscious chemical solutions for over thirty years. No matter your industrial application, we have the right product for your industry and more! We also provide informative blogs such as this one to guide your industry to utilize chemicals properly and efficiently. If you would like to look through our products, you can begin to browse here. Please reach out to us today if you have any questions or concerns! We are here to help!
Chemicals for Water Softening: Enhancing Water Quality and Treatment
/in Ecolink News/by Industrial DegreasersHaving hard water can be a difficulty for any industry, no matter its success or what they produces. The build-up of minerals over time can seriously take a toll on the effectiveness and lifespan of infrastructures. However, this damage can be prevented through the process of water softening. In this blog, will explain what chemicals can be utilized for this process and how this process can be enhanced.
Why Should I Soften My Water?
Having water that is labeled ‘hard’ means that it contains higher levels of minerals like calcium and magnesium. These minerals are known for causing damage. Softening the water simply means getting rid of these minerals. There are a variety of methods that work together to make the best water softeners, but it is also a good idea to keep a meter that can measure the hardness of your water.
How Can I Soften My Water?
Water can be softened when harsh salts and minerals are removed, thus eliminating any residue they may leave behind. This is done through the addition of chemicals, such as lime and soda ash. This will form solids, called precipitates, that will not readily dissolve in water, and thus can be easily filtered out. This method is commonly used for tap water in commercial houses, but many additional industries use a method called ion exchange. That technique is performed by running water over columns of resin, which exchange sodium ions for calcium and magnesium ions. The columns are then removed and cleaned once the unwanted minerals build up over time.
What Chemicals are the Best Water Softeners?
There is a wide variety of chemicals that you can use to soften your water, depending on the application. Luckily, large amounts of chemicals are not needed for industrial use, but they are still a necessary part of the process. Here are a few of the most common chemicals used to soften water:
Looking for More About Industrial-Scale Water Softeners?
A lot can go wrong when handling large amounts of water: corrosion, hard water, and equipment wear-down. For solutions that are right for you and the environment, Ecolink is here to help! Reach out to our team of experts with all your questions or browse through our online store to find the right solution for you! We pride ourselves on providing a high-quality variety of both eco-conscious chemicals and traditional. Please do not hesitate to get in contact with us today!
Comprehensive List of Corrosion Inhibitors
/in Ecolink News/by Industrial DegreasersThere are a multitude of industries that utilize corrosion inhibitors for a variety of industrial applications Without these important inhibitors, these industries would not be able to perform the various tasks that ensure their success. And so, they would fall into disarray. However, in order to understand how to prevent this, in this blog we will explain everything you need to know about these inhibitors.
What is Corrosion?
Before we understand what corrosion inhibitors are and what they do, let us define a few terms. Corrosion is a chemical process that occurs when a metallic surface is oxidized – meaning it encounters oxygen and loses one or more electrons. This may seem insignificant, but it can be extremely dangerous if left unchecked. Any structure or surface with metal that is exposed to air or chemicals can corrode, leaving behind unstable and unsafe buildings, pipelines, bridges, and more. Having measures in place to prevent such corrosion will not only extend the lifetime of your equipment but can also save you money in the long run.
What are Corrosion Inhibitors and How Are They Used?
There are several ways to prevent corrosion from occurring, such as keeping the metal clean and dry, using a coating, or using non-corrosive metals like aluminum and stainless steel. One of the most common ways is to use a chemical that inhibits – or prevents – corrosion, hence the name. These chemicals work to substantially decrease the rate of corrosion by acting as a barrier between the corrosive element (typically oxygen) and the metal surface. There are several types of corrosion inhibitors, with the most common being anodic (chemicals that prevent metal from being oxidized), cathodic (chemicals that block oxygen from being reduced), and mixed (inhibitors that perform both functions).
Examples of Corrosion Inhibitors
Different inhibitors will be effective on different metals and alloys (mixtures of metals and/or non-metals) and against different corrosive agents. Here is a brief list of corrosion inhibitors that are commonly used:
Have More Questions about Corrosion Inhibitors?
There is much more to learn about corrosion and the chemicals and methods that are used to prevent it. For further assistance with these topics and all of your business needs, Ecolink is here to help! You can contact us with your questions here, or request a sample of a product here. Want to browse through your options first? Check out all our products at our online store today!
Types of Corrosion Inhibitors: Applications and Benefits
/in Ecolink News/by Industrial DegreasersMany materials such as metal break down over time. This corrosion can cause massive damage to your equipment and be a hindrance in your process. Corrosion inhibitors are a way to prevent and remove any broken-down materials from your system. These deterioration removers are chemical compounds that reduce the decomposition rate of a material, usually metals or alloys when added to either a liquid or a gas. In this post, we will go over the different types of corrosion inhibitors as well as the applications of them and the benefits of using them.
Different Types of Inhibitors
Inhibitors can be classified into four main groups. The four main classifications are:
This type delays the corrosion reaction at the cathode, or the oxidizing electrode, to increase the resistance and limit the diffusion on the metal surface.
Anodic classifications block the anodic sites, or sites where oxidation occurs, in the metal making it passive and forming a protective layer on the surface of the metal.
Volatile, or vapor-phase, inhibitors reduce a break-down by vaporizing a chemical compound into a sealed atmosphere causing a pH change. This pH change in the atmosphere leads to conditions that control the corrosive rate of the material.
This type of deterioration controller also forms a protective layer on the surface of the metal. They reduce both oxidation and reduction reactions by forming a precipitate on the surface of the material.
Applications of Inhibitors
The chemical compounds that can delay corrosion can be used in a variety of different ways and processes. Some applications include:
Benefits of Inhibitors
Similar to how they can be utilized in many different processes and systems, using inhibitors to prevent corrosion in your company’s equipment provides multiple benefits you should consider. A few benefits include:
Interested in Purchasing a Corrosion Inhibitor?
Look no further than Ecolink! As a trusted industrial bulk chemical supplier for over 30 years, we value providing high-quality and effective chemicals specifically for you. If you have any questions regarding corrosion inhibitors, do not hesitate to contact us. Our experienced and knowledgeable team would be happy to assist you!