Modern Silicone Trivet/ Heat Resistant Hot Pad for Kitchen & Dining

Geometric Silicone Trivet – Heat-Resistant Nordic Kitchen Mat 🍳✨

Protect your countertops and dining surfaces in style with this Geometric Silicone Trivet. Featuring a modern Nordic-inspired design, this versatile trivet provides a protective barrier between hot cookware and your table or countertop while adding a decorative touch to your kitchen.

The flexible silicone construction is lightweight, durable, and easy to clean, making it a practical everyday essential for cooking, serving, and entertaining.

✨ Why You'll Love It

• Modern geometric cutout design

• Heat-resistant silicone construction

• Non-slip surface helps keep cookware secure

• Helps protect countertops and tables from hot cookware

• Flexible and lightweight

• Durable for everyday use

• Easy to rinse or wipe clean

• Stylish enough to leave on display

• Available in multiple colors and set options

🍳 Perfect For

• Hot pots and pans

• Baking dishes

• Serving bowls

• Teapots

• Coffee pots

• Kitchen countertops

• Dining tables

• Coffee bars

• Holiday entertaining

• Apartment kitchens

📋 Product Details

• Material: Silicone

• Style: Nordic Modern

• Shape: Round

• Design: Geometric/Spiral

• Size: Approximately 13 cm for individual options

• Available Colors: Blue, Brown, Black, Gray, and Beige

• Available Options: Individual trivets and multi-piece sets

🧽 Easy to Clean

Simply rinse with water or wipe clean after use. Allow the trivet to dry thoroughly before storing.

📦 What's Included

• Individual Option: 1 × Silicone Trivet

• Multi-Piece Options: 3-Piece or 5-Piece Set, depending on selection

Please Note: Heat resistance can vary depending on the cookware and surface temperature. Use as directed and avoid exposing the silicone to temperatures beyond its recommended heat tolerance. Please review the selected size, color, and quantity before ordering. Colors may vary slightly due to lighting and screen settings.

Packing list:

Insulation pad x1

Product Image: