Electron Beam (EB) Based Coating Market is Predicted to See Lucrative Gains Over 2021-2027


 

Coating with an electron beam (EB) has become a common practice in a variety of production processes. This process is used to create a thin coating on a variety of surfaces, including plastic, polymer, wood, automobile parts, and other organic and inorganic materials. The coating serves as a protective layer, forming a gas and moisture barrier while also increasing lamination bonding, reducing migration, and reducing redundancy. This coating protects the surface of semiconductors used in electronic components, as well as in the automotive and aerospace industries, from corrosion by forming a chemical and thermal barrier. It's also utilised as an anti-reflective coating in the optics industry to improve lens efficiency. Anti-refractive coating minimises stray light by decreasing reflection in complicated devices such as telescopes, improving image contrast. It decreases eye strain, improves eyesight, and makes the wearer's eyes more visible to others, making the user appear more appealing. Electron beam (EB) based coatings are favoured in a variety of applications, including binoculars, automobile, construction, and telecommunication because they reduce stray light and reflections.

It's also substituted for traditional ink in the printing and packaging industries. It's employed in hard metal packaging as well as flexible packaging and graphic art. Additionally, electron beam (EB) based coatings allow for the curing of thick layers that might be coloured or clear.

Short lead times, good quality, reasonable prices, and on-time material delivery are driving demand for low-cost efficient coatings. As a result, over the forecast period, these are some of the primary drivers of the global electron beam (EB) based coating market. Low energy consumption, uniform coating quality, low volatile organic compounds, rapid curing and drying, abrasion resistance, and improved hardness are some of the benefits and qualities that are predicted to positively impact the electron beam (EB) based coating industry.

Electron beam (EB) based coating is also utilised in certain flexible packaging with various new applications, such as replacing traditional lamination with EB coating, which will have a beneficial impact on the electron beam (EB) based coating market.

The developing industrial sector in the Asia Pacific is likely to drive considerable expansion during the forecast period, making it a prominent market for electron beam (EB) based coatings. The electron beam (EB) based coating market in the Asia Pacific is expected to increase because of strong demand from end-user sectors such as semiconductors, electronics, and automobiles. Due to the developing automotive, aerospace, and electronics industries in the areas, Asia Pacific is followed by Europe and North America.

Among the top market participants identified across the value chain in the global electron beam (EB) based coating industry are:

  1. 3M in the United States
  2. RAHN AG RAHN AG RAHN AG RAHN
  3. Allnex is a group of companies.
  4. BASF SE is a German chemical company.
  5. DSM (Royal Society of Medicine) 

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