Bullet Points:
1.Non-Stick and Heat-Resistant: Our Silicone Egg Poacher, made of food-grade silicone, is non-stick and heat-resistant, perfect for safe temperature ranges of -22F to 464F -30C-240C. Plus, it’s reusable and not easy to break, so you can enjoy an effortless and friendly cooking experience with easy demolding and cleaning.
2.Enhanced Cooking Experience: Avoid stovetops with our Silicone Egg Poacher that is safe to use in ovens, microwaves and air fryers. It can be conveniently stored in refrigerators, easy to handle, and dishwasher safe. Keep it away from open flames and use it as versatile child baking cups for a safer cooking experience.
3.Effortless Cooking: Get perfectly poached egg with our Silicone Egg Poachers. Large capacity and can be effortlessly lifted out of any shuffleboard tray with a spoon or fork. Stackable design saves valuable kitchen space.
4.Enhanced Cooking Experience: Achieve perfect eggs and muffins every time with our Silicone Egg Poacher. Its sturdy, smooth surfaces prevents sticking for better baking results. The round baking cup’s thickened design ensures even heat distribution without deformation or cracking.
5.Multi Purposes: With this 3-piece egg cooker set, you can not only poach eggs but also make cream for mousse cakes and various desserts like pudding, cakes, ice cream, and more. It also acts as a versatile condiment server, ideal for serving sauces, jams, dips, dressings, butters and so on.
These silicone egg poaching cups come in a 3-piece set and are perfect for your ovens, microwaves and air fryers. They have a safe temperature range of -22°F to 464°F (-30°C-240°C) and a thicker thickness for easy to reach poached eggs every time.

Specification:
Name: Silicone Egg Poacher
Material: Silicone
Product Size: about 6.5x5cm/2.56×1.97 inches

Packing List:
3* Silicone Egg Poachers

Notes:
1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color which is showed in the pictures.
2. Please forgive a slight measuring deviation due to manual measurement.