Reusable Fabric Pan Separators Set (6 Pack)

Protect Your Cookware with Simple, Effective Pan Separation

Keep your pots and pans organized and protected with this set of 6 Reusable Fabric Pan Separators. Made from soft, non-woven fabric, these pads provide a gentle cushion between stacked cookware, helping to prevent scratches, scuffs, and dents on non-stick, stainless steel, and cast iron surfaces. The material is flexible enough to fit a variety of pan shapes while offering a light, non-slip texture that helps keep stacks stable in cupboards and drawers.

Each set includes three practical sizes to suit different cookware: 2 pieces at 26 x 26 cm, 2 pieces at 35 x 35 cm, and 2 pieces at 38 x 38 cm. Simply place a separator between each pan or pot when stacking to reduce direct metal-to-metal contact and help keep cooking surfaces cleaner between uses. The fabric is reusable and easy to care for, making it a straightforward solution for extending the life and appearance of your cookware collection.

Why It's a Smart Choice

• Versatile sizing - Three different sizes (26, 35, and 38 cm) accommodate small frying pans, large sauté pans, and deeper pots.
• Helps reduce wear - Soft, cushioning fabric helps minimize surface scratches and marks when cookware is stacked.
• Reusable and low-maintenance - Durable non-woven fabric can be used repeatedly, offering a simple alternative to disposable paper towels.

FAQ

Q: How many separators are included in one set?
A: Each set contains 6 pan separators: 2 pieces of 26 x 26 cm, 2 pieces of 35 x 35 cm, and 2 pieces of 38 x 38 cm.

Q: Can these be cut to fit smaller pans?
A: Yes, the non-woven fabric can be trimmed with scissors if you need a custom size for smaller cookware.

Q: Are they washable?
A: The separators can be gently hand-washed and air-dried if they become dirty. Avoid high heat or harsh chemicals to maintain their shape and texture.

Q: Will they work with non-stick pans?
A: Yes, they are suitable for use between non-stick pans and can help reduce contact that may lead to surface wear over time.