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Coatings that have been specially prepared to be cross-linked or cured by high-intensity radiation energy from electron beams or ultraviolet light radiation are known as radiation-cured coatings. In the radiation-curable formulation, pigments and common additives are combined with a reactive liquid carrier. These formulas have been created expressly to be healed by radiation energy.
Fast curing, cheap energy costs, and increased surface qualities, such as better metal corrosion protection, are just a few benefits of radiation-cured coatings.
An additive- and reactive-material mixture with a low viscosity is applied to a substrate as part of the radiation-cured coating process. After that, it is briefly subjected to an electron beam or ultraviolet radiation energy.
The combination instantly transforms into a cross-linked high-quality coating when exposed to radiation. Numerous applications in the wood, paper, overprint varnish, optics, electronics, plastics, and inks markets benefit from the reduced energy consumption, environmental impact, waste generation, smaller footprint, and faster cure times offered by this technology.
Radiation-cured coatings also have many other advantages. As numerous forward-thinking firms have amply shown with the application of radiation-cured coatings for metal substrates, there are in fact advantages to be had. Below are a few of these examples, including home furnishings, truck axles, beverage cans, and steel drilling pipes.
The Global EV Radiation Cured Coatings market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
One of the most environmentally friendly industrial technologies is radiation curing coatings. The environment, health, and safety must all be taken into account. We discussed HSE-related issues and various trends in radiation treatment with experts.
Radiation-cured coatings continue to expand their applications and increase moderately. These coatings have the capacity to boost productivity while providing greater physical performance and enhanced environmental compliance. They have the potential to provide novel answers, and the tools used to make them are becoming increasingly sophisticated and efficient.
