Want it by 12/24?Crafted from the same legendary enameled cast iron and vibrant colors as Le Creuset cookware, the Round Signature Trivet protects surfaces from heat and condensation. The clever footed design elevates hot dishes, platters and cookware above counters and tables, while also allowing air to circulate underneath. Silicone pads on the feet provide a stable base and help protect surfaces.
Features
- Easy-to-clean and durable enamel resists dulling, staining, chipping and cracking
- Elevated design protects counters and tables
- Not suitable for use on any direct heat source
- Caution when using trivet on delicate or heat-sensitive surfaces as some heat transfer is possible
Want it by 12/24? We recommend ordering by 12/7.Crafted from the same legendary enameled cast iron and vibrant colors as Le Creuset cookware, the Round Signature Trivet protects surfaces from heat and condensation. The clever footed design elevates hot dishes, platters and cookware above counters and tables, while also allowing air to circulate underneath. Silicone pads on the feet provide a stable base and help protect surfaces.
Features
- Easy-to-clean and durable enamel resists dulling, staining, chipping and cracking
- Elevated design protects counters and tables
- Not suitable for use on any direct heat source
- Caution when using trivet on delicate or heat-sensitive surfaces as some heat transfer is possible
Crafted from the same legendary enameled cast iron and vibrant colors as Le Creuset cookware, the Round Signature Trivet protects surfaces from heat and condensation. The clever footed design elevates hot dishes, platters and cookware above counters and tables, while also allowing air to circulate underneath. Silicone pads on the feet provide a stable base and help protect surfaces.
Features
- Easy-to-clean and durable enamel resists dulling, staining, chipping and cracking
- Elevated design protects counters and tables
- Not suitable for use on any direct heat source
- Caution when using trivet on delicate or heat-sensitive surfaces as some heat transfer is possible
