Silicone Baking Mat, Oven & Microwave Safe, 230°C, Easy Food Grade Kitchen Pastry Sheet

<br> <b>Features:</b><br> Premium nonslip silicone pastries mat with 230°C heat resistance ensures stable baking surfaces, featuring anti skid texture for mess release food preparation.<br> Crafted from food grade silicone, this flexible kitchen accessory boasts easy properties and space saving rolling up design for compact storage.<br> Ideal for home bakers, professional chefs, and families seeking safe, sturdy kitchenware for daily cooking and baking projects.<br> Perfect for countertop dough rolling, oven to table serving, and child friendly cookie decorating in residential kitchens or commercial bakeries.<br> The multipurpose silicone mat doubles as protective table covering during messy culinary tasks while maintaining its shape through repeated high temperature exposure.<br> <br> <b>Specifications:</b><br> Materials: Silicone<br> Size:Approx.50x40cm/19.68x15.74inches 64x45cm/15.59x17.72inches (Optional)<br> Color:Green/Pink/Blue<br> <br> <b>note:</b><br> Please allow 1-2cm error due to manual measurement. Please make sure you do not mind before you bid.<br> Due to the difference between different monitors, the picture may not reflect the actual color of the item. Thanks!<br> <br> <b>Package Includes:</b><br> 1Pc Thickened Silicone Pad<br>

• Premium nonslip silicone pastries mat with 230°C heat resistance ensures stable baking surfaces, featuring anti skid texture for mess release food preparation.
• Crafted from food grade silicone, this flexible kitchen accessory boasts easy properties and space saving rolling up design for compact storage.
• Ideal for home bakers, professional chefs, and families seeking safe, sturdy kitchenware for daily cooking and baking projects.
• Perfect for countertop dough rolling, oven to table serving, and child friendly cookie decorating in residential kitchens or commercial bakeries.
• The multipurpose silicone mat doubles as protective table covering during messy culinary tasks while maintaining its shape through repeated high temperature exposure.