In the summer of 2023, Astro Metal Craft was approached by Kraus-Anderson for a privacy fence project at Ecolab’s St. Paul campus in Minnesota. The task was to replace about 320 linear feet of the existing fence surrounding the daycare facility. The original fence was a simple picket style with a tarp for added privacy. It was a temporary solution that lacked aesthetic appeal. Ecolab sought a more permanent and visually pleasing privacy fence.
Stellarcraft Nova Privacy Screen
At Astro, we immediately recognized that our Stellarcraft Nova Privacy Screen would be the ideal solution. The Nova Privacy Screen creates a visual barrier and conceal items from sight while maintaining aesthetic appeal. Its punched pattern is customizable, allowing for tailored wind protection, privacy, and design needs.
After Astro engaged in collaborative discussions with our design team, the customer selected our standard circle pattern with a 7.4% open area, punched on 1/8” aluminum panels on our TruPunch 5000. These panels were then powder coated with an AAMA 2604 finish in Arcadia Silver from PPG Powder Coating, ensuring durability and a sleek appearance.
Once engineering and production were completed, our installation team faced a unique challenge; the existing fence was installed on a hollow concrete block, causing alignment issues with the new posts. Our engineering team worked closely with Kraus-Anderson to devise a safe and effective solution. We anchored and welded aluminum baseplates on-site, providing a secure foundation for the 9’ tall aluminum posts.
The result was a durable and visually appealing privacy fence that met Ecolab’s security and aesthetic requirements. The customer and general contractor were pleased with the product, and Astro was proud to provide an architectural element to the streets of St. Paul. This project highlights Astro Metal Craft’s commitment to innovative solutions and customer satisfaction. For more information about our products and services, please visit our STELLARCRAFT WEBSITE or contact our team directly.
