The American Coatings Association (ACA) represents both companies and professionals working in the paint and coatings industry.
The paint and coatings industry is an important and dynamic part of our nation’s economy, and plays a key role in creating products that help preserve and protect everything, from our  every day objects to our most important infrastructure.
ACA serves as a forceful and effective advocate and voice on legislative, regulatory and judicial issues at the federal, state and local levels. Find the latest ACA and industry news, from government affairs activity to business and tech news.
As the official trade publication of the ACA, CoatingsTech delivers high quality content on major industry updates, science & technology solutions, legislative and regulatory news, and market insights. The August issue of CoatingsTech features a wide range of informative topics including stain resistance and washability of interior wall paints, organic corrosion inhibitors developed for waterborne coatings, and the role played by third-party testing labs in the coatings industry. Find the materials and information you need by category; or find Technical Publications in our Store. Energy-cured coatings are recognized to provide significant advantages in terms of faster cure times, often improved coating properties, reduced VOCs, waste, and energy consumption, and smaller manufacturing footprints.
UV lamination of oxidation-prone decorative metal sheets1: A UV-cured clearcoat provided better scratch-, UV-, and graffiti-resistance and was more uniform than the previous vinyl laminate, resulting in reduced scrap material.
UV curing of metal containers2: The replacement of solvent-based coatings that required oven curing with 100% solids UV-cured coatings reduced not only the energy consumed for the process, but the reject rate due to failure of a heat-sensitive seal and the work-in-process.

EB curing for metal coil lines3: EB is attractive for metal coil coating when coatings with high pigment loadings are required. Many reasons for many applications4: The specific set of reasons for using radiation-cured coatings for any given industrial metal application can vary significantly. Corporate names & trademarks mentioned herein are the property of their respective companies. Thermal curable adhesives comprising the SA2400 series compatible with a wide range of adherends and the SA5000 series featuring superior electric and thermal conductivity. The epoxy-type resin enables realization of high-precision fixing due to low cure shrinkage as well as good workability due to low tacking property on top.
Productivity was increased due to higher throughout, while efficiency was improved due to the much higher coverage of the UV-cured coating (and less storage space was required). Electron beams penetrate to the substrate surface regardless of color (including metallics) of the coating or the pigment concentration.
The SA5000 series enables low temperature fast curing, making the product suitable for use as a solder-substitute for mounting components by compounding of silver particles. UV-curing technology was chosen over low-heat powder curing two-component solvent-based technology.
This benefit is combined with the ability to achieve high throughput and use of low VOC coating formulations.

At the same time, the economics are improved because unused product can be reclaimed and reused. Today, coatings that cure via both radical and cationic mechanisms and that have desirable viscosities and an appropriate mix of oligomers, monomers, and various fillers and other additives can be designed to meet the adhesion, impact resistance, hardness, and other properties of a given application.
For products that are offered in multiple colors, energy-curing technology may facilitate rapid color changes due to the elimination of the need for heating. An added benefit was a reduction in the number of booth filter changes needed which increased productivity and reduced labor costs.
In some cases, it is simply a significant need for greater line speeds that drives the use of radiation-curing technology.
For some applications, the use of energy-cured coatings can eliminate lamination or other steps, leading to increased efficiencies and cost savings.
In others, the environmental advantages, including elimination of any reporting requirements, is a major driver of adoption. The ability to achieve a specific coating thickness may be important for yet other applications.

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Comments Uv cure coil coating

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    UVA, UVB and UVC frequencies inside the bulb and then iBD 5-Second Brush-On Nail resin.
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    5.0% return over the past three years, beating the typical plastic, as long as mentioning that.