Industrial Coatings

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Semiconductor packaging assemblies require immense durability to protect the finished device from heat, physical impact, warping, static electricity and moisture. Therefore, formulators of epoxy compounds for semiconductor packaging assemblies require epoxy resins that deliver multiple performance characteristics that are dependent upon the requirements of the application or location of the finished device.

The Lunda/Ames Joint Venture, a major partner in the multiyear construction of the St. Croix Crossing, chose to extensively apply an easy-to-use, low-toxicity corrosion inhibitor to protect various post-tension strands placed throughout the bridge during construction.

After 15 years of development and countless hours of collaboration across a number of experts, this group of researchers was finally able to crack the code on structural color to develop "omnidirectional" structural color that does not change when viewed from different angles.

For manufacturers that utilize flat-rolled steel, aluminum and other metals to fabricate parts or products, the ability to bond decorative foils and laminate films to the substrate provides an opportunity to deliver attractive finishes for a competitive edge.

During a time when the aerospace sector is stuck in a quandary, facing an imminent ban on the use of cadmium while still attempting to qualify replacements, zinc-nickel offers a more cost-effective, simple and effective replacement.

The present study shows that the reactive diluent Tolonate X FLO 100, used in blend with conventional HDI-based polyisocyanates, can bring significant advantages to 2K polyaspartic systems.

The metal packaging industry demands a high-performing coating with a food safety profile desirable to consumers, which not only avoids BPA, but also other materials of concern such as epoxy, styrene or phenolic crosslinkers.

This tester provides multifunction nano and micro/ macro modules on a single platform. Both modules include scratch tester, hardness tester and wear tester modes, providing a wide and user-friendly range of testing.

The ability of a formulator to achieve higher-solids automotive coatings provides OEMs a durable, sustainable coatings solution to help capture productivity benefits without sacrificing performance relative to traditional automotive coatings systems.

This article details a statistical design experiment that was commissioned to explore in more detail the roles and effectiveness of varying parameters (raw materials, PVC, types of steel, etc.) in producing intumescent paints.