Other Available Finishes
Features
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Helps you maximize your storage potential
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Designed to be used with 1" shelving posts
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11 lb. weight capacity makes it great for storing tools or pots and pans
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Easy to install and remove with no tools required
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Epoxy coating resists corrosion for long-lasting use; suitable for humid / moist environments
Product Features
Maximize your storage potential with this Regency black epoxy C-hook for wire shelving. With its 11 lb. weight capacity, this hook is perfect for storing pots and pans or tools. Designed to be used with 1" shelving posts, it snaps on easily for quick, tool-free installation. The epoxy coating resists corrosion for long-lasting use, and it is suitable for humid environments.
This hook's sleek black finish makes it great for front-of-house use in retail stores, but it's also perfect for use in kitchens, warehouses, and gyms. You can add or remove this hook without needing to remove any shelving first, allowing you to quickly change your storage configuration by simply repositioning the hook. Add extra storage in your facility with this simple and convenient C-hook!
Overall Dimensions:
Width: 2 1/2"
Depth: 2"
Height: 7"
Capacity: 11 lb.
Specifications
- Width 2 1/2 Inches
- Depth 2 Inches
- Height 7 Inches
- Capacity 11 lb.
- Color Black
- Features Corrosion-Resistant
- Material Epoxy-Coated Metal
- Product Type Racks, Carts, & Shelving
- Type Hooks
Customer Reviews
Overall Rating
5.0 out of 5 star rating
- 1 customers gave 5 star ratings
- 0 customers gave 4 star ratings
- 0 customers gave 3 star ratings
- 0 customers gave 2 star ratings
- 0 customers gave 1 star ratings
Share your thoughts
If you've used this product, leave a review to tell us and other customers what you thought about it.
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Zhaniya E.
5.0Very versatile form of hooks for wire shelving. Whereas other hook products often require disassembly, or attachment to a shelf, these hooks can go anywhere on the post, which is extremely convenient. Also nice that there are two hooks per attachment to maximize storage potential.