Use & Care
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Benefits of Cooking with Cast Iron Cookware
- Cooking with Cast Iron Cookware is healthier:
- Its natural non-stick surface ensures no chemicals are released during cooking, and it requires less oil, making it a low-fat option.
- The iron material adds iron to the food, benefiting the human body.
- Its even heat distribution retains the food’s nutritional value and enhances cooking efficiency.
- Cast iron cookware is versatile:
- It can be used on gas stoves, induction cooktops, in ovens, or even over campfires. Various variants allow for grilling, sautéing, or frying, making it a highly versatile range.
- Cast Iron cookware is environmentally friendly:
- Its durability leads to a low replacement cycle, making it cost-effective and environmentally friendly.
Use & Care
This Cookware will stay with you for life and can be passed to generations to come, if taken proper care. Made from pure cast iron, rusting is a natural phenomenon. Just follow these simple steps to make the best out of your cookware
- Do not let your cookware stay wet or soaked in water for a long time.
- Wash with a mild detergent, scrub with a nylon bristle and do not forget to wipe it dry. Even better heat it a little bit to drive away the tiny hidden droplets.
- Apply a very light coat of oil all over and store in a dry place.
FAQ's
Soaking a pan with water overnight is a sure recipe for rust, but a brief rinse or few minutes’ soak with warm water is fine. Use a firm brush, sponge, or non-scratch scouring pad to wipe out any bits of food; the flat edge of a metal offset spatula is helpful for stubborn spots. Once the pan is rinsed off, dry it thoroughly with a dish towel, and heat it on the stove for 10 minutes on low heat to evaporate away any lingering moisture.
Even a well-seasoned cast iron pan will rust if it’s exposed to prolonged moisture and air. That could mean a spot of water, an insufficiently dried-out skillet, or even humid air in a hot environment. The process is simple chemistry; in the presence of moisture, iron molecules react with oxygen molecules on a chemical level to form iron oxide, aka rust. Left to its own devices, this redox reaction will eventually convert the entire mass of iron into iron oxide. It would take decades for a hunk of metal the size of a cast iron pan to decompose, but iron oxide does weaken the atomic bonds in cast iron, and can eventually cause pitting that damages seasoning.