Empura Wire Shelving

What should you look for in wire shelving?

Choose wire shelving by measuring the storage area and the largest items it must hold. Compare shelf width and depth, post height, number of tiers, finish, listed load limits, and suitability for dry, refrigerated, or humid locations. Keep required clearance around sprinkler heads and store food according to the applicable food code.

Empura's listed wire shelving kits use an epoxy finish and include four- or five-shelf configurations. The collection shows 18- and 24-inch shelf depths, widths from 24 to 72 inches, and 74- or 86-inch posts, depending on the kit, and the shelving is NSF certified. Available configurations can change, so confirm current dimensions on the collection page before finalizing a storage layout. For heavier bulk items, Empura's aluminum dunnage racks provide floor-level storage that complements a wire shelving system.

Who uses wire shelving?

• Restaurants
• Hotels
• Bars
• Catering Operations
• Schools
• Healthcare Facilities
• Cafeterias
• Convenience Stores

Frequently asked questions

Why use wire shelving in a commercial kitchen?
Its open design makes stock easier to see and allows air to move around stored items. Shelf height can also be adjusted to fit changing container and case sizes.

Can epoxy wire shelving be used in a walk-in cooler?
An epoxy coating is commonly selected for humid or refrigerated storage, but suitability depends on the product rating and condition of the coating. Follow the manufacturer's environment and cleaning instructions.

How high must food be stored above the floor?
The FDA Food Code generally requires food to be stored at least 6 inches above the floor, with limited exceptions. Local adoption and enforcement can vary.

Are wire shelves adjustable?
Most post-and-collar systems allow shelf height to be changed in increments. Empty the unit before adjustment and follow the assembly instructions.

Should heavy items go on the top or bottom?
Place heavier cases on lower shelves when practical. This lowers the center of gravity, reduces lifting strain, and makes the unit less likely to become unstable.