Metro Super Erecta Stationary Posts — 1" Diameter, Stainless Steel, 34.5" Tall

These stationary posts provide sturdy, versatile support for Metro’s Super Adjustable and Super Erecta shelving systems. Available in various finishes and sizes, this stainless steel version delivers durable reliability for workshops, garages, and storage rooms. Each post includes a leveling bolt for uneven floors and is numbered for quick, precise shelf alignment.

Features

• Diameter: 1" (approximately 25.4 mm) stainless steel post
• Height: 34.5" tall
• Finish: Stainless steel for corrosion resistance and easy cleaning
• Compatibility: Works with Metro Super Adjustable and Super Erecta shelves
• Assembly: Numbered levels for easy, accurate shelf leveling
• Stability: Includes leveling bolt to accommodate uneven floors
• Footing: 14" shelving foot plates required for freestanding units
• Mobility: On mobile units, maximum post height is 54"
• Usage note: Do not use 14" shelving with posts taller than 74"
• Weight: Approximately 2 lb per post

Benefits

These posts deliver reliable, level shelving even on imperfect floors, reducing wobble and shelf misalignment. The numbered levels speed setup and ensure consistent spacing across multiple bays. The included leveling bolt stabilizes the base on uneven surfaces, boosting safety and load stability. Designed to pair seamlessly with both Super Adjustable and Super Erecta systems, they enable flexible layouts—from compact pantry racks to expansive workshop storage—without sacrificing interchangeability.

Ideal for: garages, workshops, warehouses, and culinary prep areas that demand durable, easy-to-maintain stainless steel storage. The 1" diameter provides solid support for heavier loads, while the stainless finish stands up to humidity and frequent use. For freestanding configurations, pair with 14" foot plates to maximize stability; for mobile units, adhere to the height guidelines to maintain balance and safety. If upgrading to taller shelving, review the post height recommendations to ensure optimal performance.