Stem Casters for Metro Super Erecta Carts

Engineered for rugged work environments, these Stem Casters offer versatile material options and solid load support for Metro Super Erecta carts. Choose the right wheel compound to match your floor, workload, and hygiene needs while keeping mobility effortless.

Features

• Material options: resilient black hard rubber, high modulus black soft rubber, grey polyurethane, and a polymer-only housing (all polymer, no metal).
• Load capacities: 800 lb per cart for the resilient and high modulus variants; 1200 lb per cart for the polyurethane and polymer variants.
• Dimensions and weight: 5" height and approximately 2 lb per caster.
• Finish and construction: all-polymer housing in the polymer variant for corrosion resistance and lighter weight.
• Brake option: brake-enabled configuration for controlled stopping and precise positioning.
• Compatibility: designed to fit Metro Super Erecta systems and sold individually for flexible cart customization.
• SKU: 5PCB

Benefits

• Tailored performance for floor types: choose resilient rubber for impact absorption on rough or concrete floors, or high modulus rubber for quieter operation and better vibration damping on smoother surfaces.
• Maximum load reliability: the polyurethane and polymer variants offer the highest load capacity (up to 1200 lb per cart), ideal for heavy-duty mobile shelving and tool carts.
• Non-metal housing advantage: polymer housing reduces weight, minimizes corrosion risk, and simplifies cleaning—beneficial for foodservice or sanitary environments.
• Customizable mobility: purchasing casters individually lets you mix and match compounds on a single cart to optimize performance where it’s needed most.
• Easy integration and replacement: these stem casters are designed to slot into Metro Super Erecta carts without overhauling existing setups, making upgrades straightforward.
• Practical use cases: ideal for industrial warehouses, commercial kitchens, maintenance carts, and anywhere heavy loads need dependable, floor-friendly mobility.