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SKU: 028-SBC1521BK
Brand: Carlisle
Model: SBC152103
Carlisle 3 Level Polymer Utility Cart w/ 350 lb Capacity, Flat Ledges (SBC152103)
The Carlisle 3-Level Polymer Utility Cart (SBC152103) offers 350 lbs of durable, scratch-resistant storage with a collapsible design. Ideal for commercial kitchens needing space-saving, heavy-duty mobility and organization.
Key Features
- •350 lb capacity**—**heavy-duty polymer construction handles the demands of commercial kitchens, restaurants, and food service environments.
- •Collapsible Fold 'N Go® design**—**saves space when not in use; folds and unfolds in seconds for easy storage and transport.
- •Non-marking, swivel casters with metal reinforcement**—**smooth mobility on any floor surface without leaving marks, ideal for high-traffic areas.
- •Textured, scratch-resistant shelves with ergonomic handles**—**prevents slips, reduces damage to stored items, and offers comfortable grip for moving.
- •Optional back panels or locking doors**—**secures clutter or protects items, customizing the cart for your specific storage needs.
Starting from $1143.96/unit
Volume discounts available
Elevate your commercial kitchen's efficiency with the **Carlisle 3-Level Polymer Utility Cart (SBC152103)**—a rugged, collapsible storage solution designed for high-volume environments. Built to withstand the demands of professional kitchens, this **350 lb capacity utility cart** combines durability with mobility, featuring **non-marking swivel casters**, **flat ledges** for secure stacking, and **textured shelves** that resist scratches while providing a better grip. Its **Fold 'N Go® knockdown design** makes storage and transport effortless, saving valuable floor space when not in use. Whether you're organizing linens, cleaning supplies, or small equipment, this cart's **ergonomic handles** and optional back panels or locking doors ensure convenience and security. Perfect for restaurants, hotels, and food service operations, the Carlisle SBC152103 is a smart investment for teams that prioritize functionality, durability, and space optimization.