Skip to main content

How Acid Corrosion Inhibitor Works?

 Industrial sectors like Automobiles, Manufacturing, Oilfields, and Processing facilities have huge involvement of metals and the most crucial problem they face is of corrosion. Heavy Industry metals are prone to acid cleaning and pickling for removal of rust, scales, stubborn dirt, stains, tough deposits from their surface. Owing to this, there remains high chances of acidic residues post cleaning, which in due course of time reacts with the metal ions, degrading them completely.

The financial loss caused due to corrosion per year is estimated in the range of thousands of crores and even causing threat to environmental balance.

Acid Corrosion Inhibitor prevents the corrosive reactions of acid when exposed to metal surfaces, maximizing longevity, minimizing the operational cost. It works by forming a protective layer on the metal surface, which acts as a barrier against the corrosive acids. This layer prevents direct contact between the acid and the metal, thus inhibiting the corrosive process. It increases longevity as well as enhances metal durability. Rust is a persistent challenge faced by industries across the world. Acid corrosion inhibitors offer an effective solution to combat corrosion, control its impact, enhance corrosion resistance, prevent rust and provide surface treatment.



Why does metal get corroded?

Steel and iron are mainly used in many industries for their excellent mechanical characteristics and cheaper cost. Various industry processes use acidic solutions widely for their low cost, some of the critical fields of the application being acid pickling of steel, ore production and oil well acidification, chemical cleaning and processing, etc.  These acidic solutions react with metallic surfaces and cause the deterioration of materials.

Benefits of Using Acid Inhibitors

Acid Inhibitor contains a highly effective blend of surfactants, solvents, and dispersants that prevent corrosion even at high temperatures. These inhibitors do not allow the accumulation of reducing agents to the surface of the metal and forms a thin protective film that covers the surface and molecules of the chemical gets adsorbed on the same, making the surface inert and prevent almost all kind of reactions with corrosive agents.

Chemtex Speciality Limited, a renowned chemical solution provider, has developed a wide range of acid corrosion inhibitors to combat corrosion, enhance operational efficiency, and prolong equipment lifespan. With organic, Inorganic and mixed range of corrosion inhibitors, industries can select the most suitable option based on their specific requirements. By choosing the correct acid corrosion inhibitor, industries can their assets, enhance operational efficiency and mitigate the detrimental consequences of acid corrosion. Our formulation offers comprehensive protection across various industries, including oil and gas, manufacturing, automotive, and marine.

Key Features & Benefits

·         Effective control over corrosion

·         Prevents rust and enhances surface treatment

·         Thermally Stable

·         Cost-effective

·         Compatible with all types of metal

·         Ensuring maximum coverage and protection

What Chemtex Offers?

·         HCl Acid Inhibitor

·         Sulphuric Acid Inhibitor

·         Organic Acid Inhibitor

·         Sulfamic Acid Inhibitor

With Chemtex Speciality Limited's expertise and innovative solutions, the battle against corrosion takes a significant step forward, ensuring a brighter and more durable future for metal-dependent industries.

To know more about our range,  please visit us at https://www.chemtexltd.com/products-and-solutions/performance-chemicals/corrosion-inhibitor/acid-corrosion-inhibitor/

Popular posts from this blog

RO Antiscalant

Reverse Osmosis serves as one of the most critical processes that are involved in the process water treatment to clean water, utilized in various industrial process applications. Reverse Osmosis can be regarded as the process wherein semi-permeable membranes help in separating purified water from contaminated water. It occurs when a pressure is applied to the concentrated side of the membrane resulting in forcing purified water to the dilute side. Reverse Osmosis is very efficient for the treatment of brackish, surface and ground water for both large and small flow applications. Some examples of industries that use RO water include boiler feed water, food and beverage, pharmaceutical, metal finishing and semiconductor manufacturing to mention a few. The overall performance of a reverse osmosis system relies on various factors like feed water quality, membrane type, flow control, temperature and pressure. Systems must be well maintained for ensuring effective performance with any

Hybrid Organic Acid Technology (HOAT) Coolant

Optimal use of machines is directly proportional to its engine performance. What an engine does is it converts the supplied energy into its mechanical form, driving the machine to work. Engines require one-third of total heat that is generated during conversion and the rest of the heat is needed to be evacuated from the combustion chamber which would otherwise lead to engine failure. Earlier, water was preferred as an ideal coolant for quite a period of time but the problem started to arise when the temperature would become extremely high or low, to be precise temperature more than 100 ° C and below 0°C. To get rid of this problem, coolants were formulated. Coolants are categorized chemicals that increases the boiling point of the fluid and decreases the freezing point of the fluid to make it suitable for use in extreme heat and freezing conditions. Coolants are a proportionate mixture of antifreeze and solvent, mainly glycol and water. Ideally utilized as a preventive in

Antiscalant Chemical for RO Plant

  Reverse Osmosis System is a revolutionary invention to treat water and provide an effective solution for purifying water in various applications. The performance of RO can be ensured by the formation of scale and deposits on the membranes, leading to reduced efficiency and increased operational costs.   To prevent this issue, antiscalant chemicals play an important role in reducing the formation of scale and maintaining optimal RO Plant performance. Reverse Osmosis is widely used in various industries to treat water and to remove impurities such as salts, minerals, and other contaminants. The dense, thin, and semi-permeable layer allows water molecules to pass through while rejecting dissolved solids, and other impurities such as salts, minerals, and other contaminants. But the major issue that surfaces in such systems is the formation of scales due to the build-up of dissolved minerals and salts on the surface of the RO Membrane. RO Antiscalant Chemicals – Cost-effective Soluti