Pearl Metal Kinzoku Silicone Muffin 6 Pcs Cx-11 Gray From Japan

Description

The Pearl Metal Kinzoku Silicone Muffin 6 Pcs Cx-11 Gray from Japan is designed to make your baking experience effortless and enjoyable. Crafted with high-quality silicone, this muffin tray provides a non-stick surface that ensures your muffins come out perfectly every time without sticking. Its flexibility allows for easy removal of baked goods, making cleanup quick and simple.

This muffin tin features six individual cups, giving you the convenience to bake multiple muffins simultaneously. The unique pearl metal finish not only adds durability but also offers heat resistance up to 550 degrees Fahrenheit. Whether you're baking for family or friends, this kitchenware combines functionality with style to elevate your baking routine.

Details

• Product Material: Silicone

• Manufacturer: Pearl Metal

• Made in: Japan

Features

• Made from high-quality, food-grade silicone for safety and durability
• Non-stick surface allows easy release of muffins without damage
• Heat resistant up to 550 degrees Fahrenheit, suitable for various baking needs
• Flexible silicone design facilitates easy removal and cleaning
• Includes six individual muffin cups for batch baking

How to use

Before first use, wash the muffin tin with warm soapy water and dry thoroughly. To bake, place the silicone muffin tray on a flat baking sheet for stability, fill each cup with batter, and bake according to your recipe's instructions. After baking, allow muffins to cool slightly before gently flexing the silicone cups to release them easily. Clean with warm soapy water or place in the dishwasher for convenience. Avoid using sharp utensils to prevent damage.

Care instructions

Clean the muffin tin after each use with warm water and mild detergent. It is dishwasher safe for easy cleaning. Avoid using abrasive cleaners or metal utensils that could damage the silicone surface. Store in a cool, dry place away from direct sunlight to maintain product quality. Do not expose the silicone to temperatures above its heat resistance limit to prevent damage.