Super Erecta Pro Mobile Posts

Super Erecta Pro Mobile Posts provide a durable, adaptable spine for modular shelving in warehouses, labs, and facilities that value flexible layouts and easy cleaning. Available in Metroseal 3 with antimicrobial protection or Stainless Steel, these posts are designed to support configurable storage that can shift with your workflow.

Features

• Finish options: Metroseal 3 epoxy-coated posts with built-in Microban antimicrobial protection, or Stainless Steel posts for corrosion resistance and easy cleaning.
• Post height: 55 inches, with mobile configurations having a maximum post height of 54 inches.
• Sold as individual posts; casters must be ordered separately and leveling bolts are not provided for mobile posts.
• Foot plates: 14-inch shelving foot plates are required for freestanding units; for mobile units, ensure proper caster selection.
• Compatibility: designed to integrate with the Metro Super Erecta Pro system, enabling seamless expansion and reconfiguration.
• Usage example: the product page showcases a 4-shelf, 4-post, 4-caster mobile unit to illustrate practical configurations.

Benefits

• Hygienic and easy to maintain: Metroseal 3’s antimicrobial protection helps inhibit microbial growth on high-touch post surfaces, supporting cleaner storage environments.
• Durable choice for moisture-prone or wash-down settings: Stainless Steel posts offer superior corrosion resistance where environmental conditions are challenging.
• Flexible workspace design: modular posts let you reconfigure shelving layouts quickly as inventory, processes, or space needs change.
• Customizable, scalable storage: buy posts individually to tailor your height, footprint, and shelving combinations without unnecessary bulk.
• Clear use cases across industries: ideal for warehousing backrooms, laboratories, educational facilities, and retail storage areas that require agile, modular solutions.
• Practical guidance for setup: pair with appropriate casters and 14" foot plates for freestanding arrangements, while observing height limits for mobile configurations to maintain stability.