MetroMax i Stem Casters

MetroMax i Stem Casters are corrosion‑resistant wheels designed for MetroMax shelving systems, ideal for environments where moisture or chemical exposure is common. Choose polymer casters with no exposed metal for humidity and toxicity resistance (300 lb per caster), or opt for resilient casters with metal hubs when you need higher load capacity (800 lb per caster).

Features

• Capacity per caster: polymer version supports 300 lb; resilient version with metal hubs supports 800 lb.
• Construction: polymer casters with no metal exposed parts; resilient option adds metal hubs for enhanced durability.
• Finish: antimicrobial polymer finish helps curb microbial growth between cleanings.
• Environment: engineered for humid and toxic environments; resistant to corrosion and easy to sanitize.
• Compatibility: specifically designed for MetroMax i Stem systems for secure mounting and smooth mobility.
• Specifications: Weight 2; Depth 5; Finish Polymer; Antimicrobial.

Benefits

These casters deliver reliable mobility in challenging settings without compromising hygiene or performance. The polymer, metal‑free design minimizes rust and contamination risk in damp or chemically treated spaces—making them ideal for labs, hospitals, food prep areas, and industrial environments. For heavier loads or high‑traffic carts, the resilient version with metal hubs provides up to 800 lb per caster, delivering added durability and longer service life.

Antimicrobial finish further supports clean, compliant workflows by reducing surface bacterial growth between routine sanitization. With MetroMax i Stem compatibility, installation is straightforward, and you can swap casters as your needs evolve—whether you’re upgrading to higher capacity or moving to a corrosion‑resistant option.

Practical use tips: clean casters with mild soap and water; avoid harsh solvents that can degrade polymer; inspect hubs and mounting for wear and secure fit during routine maintenance. When planning configurations, consider load distribution and the environment to choose between the corrosion‑resistant polymer option and the higher‑capacity resilient version.