Space-Saving: These magnetic spice racks for the refrigerator – 2 large (internal depth 3.7") and 2 small shelves (internal depth 3.3") – adhere to steel surfaces and create extra storage space without drilling Extra Strong Magnetic Hold: The powerful magnets (flux density: 700 Gauss) and the reinforced metal back panel give the spice rack secure support. The large shelf can support up to 10 lb, the small one up to 8.8 lb Versatile: These spice organizers stick to, for example, refrigerators for spices and microwaves for cans. They are also suitable for washing machines, ovens, whiteboards, or tool walls. Note: Only suitable for flat surfaces Built to Last: Crafted from quality, powder-coated steel, these kitchen organizers offer reliable strength, rust resistance, and enduring stability Chic & Practical: The bamboo front panel delivers contemporary style and easy visibility, while the bottom slots promote airflow for optimal ventilation Advantages of the Magnetic Fridge Shelf Set: - Space-Saving & Versatile: The spice rack set adheres to refrigerators, microwaves, and washing machines, and makes optimal use of space—no drilling required. - Strong Magnetic Force: Each large shelf supports up to 10 lb, each small shelf up to 8.8 lb. - Stable & Durable: Made from robust, rust-resistant steel for long-lasting use. - Stylish & Practical: The bamboo front panel gives the shelves a unique look and allows for a quick overview. The slotted holes on the bottom provide good ventilation. Specifications: - Color: Ink Black, Light Bamboo - Material: Steel, Bamboo, Magnet - Large Shelf Size: 3.9"D x 11.8"W x 3"H (10 x 30 x 7.5 cm) - Small Shelf Size: 3.5"D x 10.8"W x 3"H (9 x 27.5 x 7.5 cm) - Product Weight: 3.5 lb (1.6 kg) - Max. Static Load Capacity per Large Shelf: 10 lb (4.5 kg) - Max. Static Load per Small Shelf: 8.8 lb (4 kg) Package Contents: - 2 x Large Magnetic Spice Rack - 2 x Small Magnetic Spice Rack SONGMICS Notes: - Magnetic attachment only. Please check if the intended surface is suitable. - Only suitable for flat surfaces.