Anti-corrosion coatings industry powers through the impact of COVID-19 crisis


Corrosion among employers, regulators and policymakers is driving the market for a strong anti-corrosion coating of engineering priorities. These coatings ensure superior protection of metal and alloy elements against corrosive environments. Changed climate and weather conditions have made materials more vulnerable to corrosion, creating improved corrosion protection requirements. Coating formulations with corrosion resistance are in strong demand worldwide as the use of steel in construction and automation is expanding. Power plants, oil and gas companies, and the use of marine sector materials will continue to increase, which will ensure promising growth for the anti-corrosion coating industry.

Worldwide, d The annual cost of corrosion control is estimated at US $ 2.5 trillion, According to a survey by the National Association of Crocodile Engineers (NACE). It is estimated that using appropriate corrosion control measures can help save 15-35% of this cost. Over the years, through unprecedented events, accidents, forced shutdowns, and disruptions caused by the recent COVID-19 epidemic, countless industries have realized that lack of erosion control can prove costly, and that proper erosion management can help accomplish significant cost savings. .

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Today, low production and operating costs associated with corrosive materials and the transformation of corrosion management strategies into industries to achieve long life of equipment is a top priority. Global Market Insights, Inc. Estimates based on its research analysis show that Worldwide Market for anti-corrosion coating By 2027 it could be worth more than িয়ন 20 billionWith positive opportunities in the vertical fields of automotive, construction, oil and gas, energy, and other key industries.

What is an anti-corrosion coating and how does it work?

Anti-corrosion coatings, alternatively known as anti-corrosion coatings, have emerged as an essential tool in the fight against rust. Used in everything from automobiles and buildings to offshore projects, power plants and pipelines, these coatings help protect the structural integrity of components in some harsh environments.

Coatings with corrosion resistant properties provide long-term protection to metal surfaces, usually due to oxidation, moisture or exposure to chemicals, gases or substances. They are for a protective layer on the substrate, Serve as a barrier between surface and corrosive agents and ensure longevity. Additional advantages such as resistance to high temperatures, impact, abrasion and weather make these coatings highly desirable, which benefits the anti-corrosion coating industry forecast.

What are industrial coating and coating systems?

Lightweight metals such as aluminum, titanium and magnesium have emerged as the preferred choice in automotive, aerospace, construction and other core applications. These metals are highly sensitive to inevitable degradation by air, water, humidity, chemical exposure and other factors. This is where the art cover comes into play. Today, art covers are everywhere. These are high-performance functional coatings that protect a wide range of products and materials from wear and tear, corrosion and corrosion and bring an aesthetic finish to the surface. Choosing the right formulation is essential for the successful design and production of the components because well-chosen industrial coatings make the finished product durable and look better.

One of them The common use of industrial coatings is for the control of corrosion of concrete or steel. The need for improved corrosion protection is increasing the demand for industrial coatings, opening up new opportunities for companies in the anti-corrosion coating industry. A coating system refers to the process where different types and layers of a coating structure are applied to a product or surface, each layer serving a specific purpose. The combination of these coating layers leads to the best possible solution to protect the foundation material against harsh environments.

A coating system usually consists of a primer, an intermediate coating and a finish coating. The primer is applied to provide protection of the base material and provides a suitable surface for adherence to subsequent coatings. The intermediate coating role is provided by the thickness. Finally, the finish coating helps to achieve a strong aesthetic application and additional protection of the coating system.

Opportunities and recent developments highlight the continued expansion of the anti-corrosion coating market through the Cowid-19 crisis

Although industrial activity suffered during the Covid-19 epidemic, the market only slowed rather than stagnated. Strategic and business developments among anti-Jaroshan coating providers certainly point to the continued growth of the industry.

  • In response to growing demand for corrosion protection of metal fasteners and hardware used in various industries, Greencoat, which operates its Brook Park, Ohio facility in the United States, announced a major expansion in February 2021.
  • In August 2021, Global Tech Eye Offshore Wind GmbH announced a contract for the repair of anti-corrosion coatings at GTI I Offshore Wind Farm in the German North Sea. The Renewable energy sector coverage demand will be a major driver Over the next decade across Europe and North America.
  • In April 2021, Hampel provided a variety of protective coatings, including corrosion-resistant formulations, for orbital O2 tidal power turbines. Another example of compound use in the energy department.
  • As recently as June 2021, Corinth Pipeworks, the steel pipe business of Synergy Holdings, received orders for about 440 kilometers of pipes, including its exterior 3LPE anti-corrosion coating, for the Italian power infrastructure company Snam.
  • Shawcor, a leading pipeline coating provider, won an agreement in October last year to provide corrosion-resistant coating and thermal insulation services for ExxonMobil’s Guava Field offshore development in Guyana.

Latest product innovation:

  • In June 2021, Greenkote unveiled a new advanced G5K anti-corrosion coating formulation with 5,000-hour metal protection. The formula meets the ASTM specification B117.
  • Earlier this year, Vintech Nanomaterials launched Armor GFC Coating, an advanced nano-engineered formulation to combat chemo-mechanical damage caused by corrosive environments, friction and aggressive wear.
  • The InterCoat and ChemGuard product lines by Chemcoaters, which provide corrosion-resistant coating formulations for numerous industries, have passed the Body-in-White (BIW) test in 2020, making them suitable for the automaking business.

In addition to these examples, several players in the other anti-corrosion coatings market are working to create efficient and easy-to-apply coating formulations. However, creating such a coating is not an easy task as the product must meet certain performance requirements and the latest environmental standards. Coating solution providers are prioritizing R&D to meet the needs which will positively affect the anti-corrosion coverage market outlook.

What does the future hold for the anti-corrosion coating market?

Although the COVID-19 epidemic has affected global production, supply, and distribution, its effects on the anti-jaundice coating industry appear to be short-lived. Even during epidemics, the industry continues to experience coating demand with corrosion resistant properties, which is quite evident through some of the examples discussed above. As coating suppliers expect more market demand, R&D efforts and product innovation are in full swing and show no signs of stopping anytime soon. The anti-corrosion coating market is at the peak of rapid growth and transformation as new trends and opportunities continue.



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