KALINDRA | Dynamic. Non-stick baking paper in rolls or sheets

The non-stick baking paper is a heat-resistant and waterproof sheet, essential in modern cooking for lining trays and molds, preventing food from sticking during baking. Typically made from cellulose fiber treated with silicone, it is a versatile solution that eliminates the need for greasing or oiling trays.

Definition and Composition

• Material: Treated paper (often silicone-coated) to be water-repellent, non-stick, and resistant to high temperatures.
• Composition: Made of approximately 95% virgin cellulose fiber.
• Safety: Must be suitable for food contact, guaranteed by the "glass and fork" symbol on the packaging.

Main Features

• Non-stick: Prevents cakes, cookies, pizzas, and food in general from sticking to surfaces.
• Heat Resistance: Typically withstands temperatures up to 250°C, though it's recommended not to exceed 220°C to avoid darkening.
• Waterproof: Does not absorb fats and resists humidity.
• Versatility: Usable in traditional ovens, microwaves, and sometimes in pans.

Benefits and Advantages

• Light Cooking: Allows cooking without adding fats like butter or oil.
• Easy Cleaning: Keeps trays, molds, and baking sheets perfectly clean.
• Time-Saving: Pre-cut sheets (or rolls) easily adapt to any mold.
• Waste Reduction: Prevents food from being ruined by sticking to the bottom.
• Hygiene: Helps store and separate food in the refrigerator or freezer.

Functionality and Uses

• Oven Baking: Ideal for lining baking sheets and cake pans.
• Cooking en Papillote: Perfect for cooking fish or vegetables, preserving their aromas and flavors.
• Pan Cooking: Useful for cooking delicate foods without fats.
• Steam Cooking: Can be used as a liner.
• Food Separation: Great for freezing portions of meat or cookies separately.

Usage Tips

• For optimal use, some suggest wetting and wringing the sheet to make it more pliable.
• Avoid direct contact with oven heating elements or open flames.
• Always check for the "PFAS-free" label for a healthier choice, avoiding papers that release substances above 100°C.

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