Vendeur: Sato Kinzoku Kogyo
Sato Kinzoku Kogyo Muffin Type Silicone 6Pcs
Détails du produit
Description
The Sato Kinzoku Kogyo Muffin Type Silicone 6Pcs is a versatile set designed to enhance your baking experience. Crafted from high-quality silicone, these muffin cups provide a non-stick surface that ensures your baked goods release easily without any mess. Their heat resistance up to 500°F allows you to bake muffins, cupcakes, and other treats with confidence and ease.
This set brings both functionality and style to your kitchen with its colorful design inspired by Japanese craftsmanship. Perfect for both amateur and experienced bakers, the Sato Kinzoku Kogyo Muffin Type Silicone 6Pcs offers a practical and attractive solution for baking needs. Add a touch of quality and convenience to your baking routine with this practical silicone muffin set.
Details
• Product Material: Silicone
• Manufacturer: Sato Kinzoku Kogyo
• Made in: Japan
Features
- Set includes 6 silicone muffin cups suitable for baking muffins, cupcakes, and more
- Non-stick surface allows easy release of baked goods and quick cleaning
- Heat resistant up to 500°F for safe use in ovens
- Colorful design adds a decorative element to your kitchen
- Durable silicone material ensures long-lasting use and flexibility
How to use
Place the silicone muffin cups on a baking tray and fill them with your batter of choice. Bake in a preheated oven at the recommended temperature, not exceeding 500°F. After baking, allow the muffins to cool slightly before removing them from the cups. The flexible silicone allows for easy removal without sticking. Use warm soapy water or place in the dishwasher for easy cleaning.
Care instructions
Clean the silicone muffin cups with warm, soapy water after each use or place them on the top rack of the dishwasher. Avoid using sharp utensils or abrasive cleaners that could damage the silicone surface. Store them flat or stacked in a dry place away from direct sunlight to maintain their shape and color. Do not expose to direct flame or temperatures above 500°F to prevent damage.



