SKU: 197-KAT10X14N
Brand: Fermod
Model: KAT-10X14-N
Fermod KAT-10X14-N Shelving Kit for 10' x 14' Walk-In Coolers/Freezers - (4) Levels, Anodized Aluminum/Polymer, Gray
The Fermod KAT-10X14-N Shelving Kit is designed for Norlake 10' x 14' walk-in coolers, featuring 4 levels of anodized aluminum shelving with corrosion resistance and 2000 lb capacity. Tool-free assembly ensures quick setup, while removable polymer inserts promote airflow and cleanliness.
Key Features
- •Corrosion-resistant 20-micron anodized aluminum frame for durability in chilled environments
- •4 adjustable levels with 2000 lb total capacity, designed for high-volume walk-in cooler storage
- •Tool-free assembly with pre-drilled posts, allowing flexible configuration in 11 positions
- •Removable vented polymer shelf inserts promote airflow and cleanliness, reducing condensation
- •Lifetime warranty against rust and corrosion, ensuring long-term performance for commercial kitchens
Starting from $8353.60/unit
Volume discounts available
Optimize your walk-in cooler storage with the Fermod KAT-10X14-N Shelving Kit, specifically engineered for Norlake 10' x 14' models. This commercial-grade shelving system offers 4 adjustable levels with an impressive 2000 lb capacity, making it ideal for high-volume food storage in restaurants, bakeries, and commercial kitchens. The 20-micron deep anodized aluminum frame ensures durability in chilled environments, resisting corrosion and maintaining structural integrity for years. Removable vented polymer shelf inserts enhance airflow and cleanliness, preventing condensation and spoilage, while the tool-free assembly system—comprising start units, extension kits, and corner connectors—streamlines installation in as little as 30 minutes. Whether you're stocking perishables, dry goods, or frozen items, this shelving kit provides the stability and organization your commercial kitchen needs to maintain efficiency and hygiene. With a lifetime warranty against rust and corrosion, it’s a long-term investment that pays off in performance and reliability.