LUMIFLON Resin Renews Corroded Water Tank In America’s Best Small Town

LUMIFLON FEVE Resin, Waunakee Elevated Water Tank, Tnemec, Architecture
The Village of Waunakee, Wisconsin was honored by CNN/Money as one of “America’s Best Small Towns.” It’s decidedly noticeable water tank required an update that reflected the Village’s honor. According to Tnemec coating consultant Cory Erickson, the tank’s aluminum exterior finish was nearing the end of its useful life. Additionally, condensation staining and mildew covered the lower portion of the tank.

LUMIFLON launches Mobile Site To Adhere To Evolving Customer Needs

LUMIFLON, Mobile Site Launch 2012
Today, LUMIFLON announced the release of its powerful mobile site. Winn Darden, LUMIFLON’s Business Manager, applauded the mobile site as a powerful consumer tool. “We are mindful of our customers’ evolving needs. Our mobile-friendly site responds to the mobile trend and offers us a chance to enhance user experience with our company and its products.” Darden stressed that while mobi...

AGC Chemicals’ LUMIFLON Implements New Social Media Strategy

LUMIFLON Implements New Social Media Strategy (72DPI)
AGC Chemicals' LUMIFLON Implements New Social Media Strategy Exton, PA — LUMIFLON announced today that it is implementing a carefully designed social media strategy which will include a blog, and a presence on Twitter and LinkedIn. The purpose of LUMIFLON’s social media presence is to serve the company’s current and potential customer base by exploring industry innovations, new technol...

LUMIFLON FEVE Resin Tested In International Space Station Experiments

Materials International Space Station Experiments, NASA, 1
The Materials International Space Station Experiments (MISSE) are a series of tests conducted on the International Space Station (ISS) to determine what effects different materials will have when exposed to a low Earth orbit (LEO) environment. The 1,500 different samples of polymers, coatings, composites, plastics, metals, etc, were placed in testing containers known as Passive Experiment Containers (PECs), which allowed the materials to be transferred to and from the ISS. The tests were conducted externally on the ISS and ultimately determined what affects the atmospheric conditions would have on each component.