Southern Homewares Silicone Cooking Set Boil Over Spill Guard 10-Inch Mesh Boiling Bag Raised Silicone Baking Sheet Green Combo
$18.08
Frequently Asked Questions
- Q: What is the purpose of the Silicone Kitchen Set Boil Over Spill Guard? A: The Silicone Kitchen Set Boil Over Spill Guard is designed to prevent excess water from boiling over the sides of pots while cooking. It also acts as a lid spill/splatter guard to keep your stove top clean.
- Q: How do I use the boil over spill guard? A: To use the spill guard, place it over the top of the pot with the flower-shaped side facing up. Leave it on the pot until cooking is complete, allowing excess water to drain into the center.
- Q: Can the spill guard be used for all pot sizes? A: The spill guard is designed to fit pots and pans with diameters ranging from 6 inches to 9.5 inches.
- Q: What temperature can the spill guard withstand? A: The Silicone Kitchen Set Boil Over Spill Guard can withstand temperatures up to 500 degrees Fahrenheit.
- Q: Is the spill guard easy to clean? A: Yes, the spill guard is dishwasher and microwave safe, making it easy to clean after use.
- Q: What materials is the spill guard made of? A: The spill guard is made of silicone, which is durable and heat-resistant.
- Q: Can I use the spill guard for cooking pasta or rice? A: Yes, the spill guard is perfect for cooking pasta, rice, potatoes, and other foods that require boiling water.
- Q: Do I need to use pot holders when handling the spill guard? A: Yes, it is highly recommended to use pot holders when removing the spill guard, as it can become very hot during cooking.
- Q: How does the spill guard help with cleaning up spills? A: The spill guard prevents water and food from spilling over the sides of the pot, reducing the mess on your stove top and making cleanup easier.
- Q: Is the spill guard suitable for use in the oven? A: The spill guard is primarily designed for stovetop use, but it can withstand high temperatures, making it suitable for oven use as well, provided it is not in direct contact with direct heat.