Omcan 80051 – 1/9 Size Clear Polycarbonate Food Pan (NSF Certified) | Denson CFE

The Omcan 80051 1/9 Size Clear Polycarbonate Food Pan is a durable, impact-resistant storage and prep solution designed for the everyday demands of commercial kitchens. Built from heavy-duty, transparent polycarbonate, this NSF-certified pan offers crystal-clear visibility of contents, precise portioning, and dependable performance in cold storage, prep stations, salad bars, and buffet lines.

Its standardized 1/9 size footprint (6-15/16" x 4-1/4") ensures a perfect fit in steam tables, refrigerated prep tables, rails, and storage racks. With a depth of 3-15/16", it provides versatile capacity while maintaining a compact form ideal for busy, space-efficient foodservice environments.

Features:

• Impact-Resistant Polycarbonate: Built to withstand daily drops, scooping, stacking, and heavy commercial use.

• Standard 1/9 Size Fitment: Precisely sized for prep tables, steam tables, and foodservice racks.

• Clear Visibility: Transparent design allows quick ingredient identification and inventory checks.

• NSF Certified: Meets commercial food safety and sanitation standards.

• Easy to Clean: Smooth interior surfaces resist staining and simplify sanitation.

• Cold-Safe Construction: Suitable for refrigeration and cold-holding applications.

Benefits:

• Improved Workflow: Standardized footprint integrates seamlessly into prep stations and storage systems.

• Faster Inventory Management: Clear polycarbonate lets staff see contents instantly.

• Durable Daily Use: Resists cracking, warping, and discoloration better than standard plastic pans.

• Space-Efficient: Compact 1/9 size is ideal for sauces, toppings, dressings, garnishes, and mise en place.

• Sanitary & Reliable: NSF listing ensures safe food contact and consistent hygiene compliance.

Specifications:

Built for longevity, visibility, and efficiency, the Omcan 80051 1/9 Size Clear Polycarbonate Food Pan is the go-to solution for commercial kitchens that demand durable, food-safe, and space-efficient ingredient storage.