Can the Xiaomi Electric Pressure Cooker 4.8L still be used if the inner pot's coating starts to peel off?
It is not recommended to continue using it, as the non-stick performance will be affected. However, the inner pot meets food safety standards, and the peeled-off coating is not harmful to health.
For your reference, here are more details about the inner pot's coating:
1. The inner pot of the Xiaomi Electric Pressure Cooker 4.8L uses a water-based non-stick coating (PTFE);
2. Water-based PTFE is free from harmful solvents, making it safer for both you and the environment. It reduces the risk of releasing toxic fumes during cooking and is FDA-approved for food contact;
3. PTFE provides excellent non-stick performance, preventing food from sticking to the surface;
4. The water-based PTFE coating is highly durable and resistant to wear and tear, ensuring long-term use without degrading;
5. The coating also supports even heat distribution across the cooking surface, improving overall cooking efficiency and helping to avoid hot spots that could burn food.
Note:
Avoid using a ball of steel wool to clean the inner pot, as the steel wool will damage the coating, affecting its performance.
For your reference, here are more details about the inner pot's coating:
1. The inner pot of the Xiaomi Electric Pressure Cooker 4.8L uses a water-based non-stick coating (PTFE);
2. Water-based PTFE is free from harmful solvents, making it safer for both you and the environment. It reduces the risk of releasing toxic fumes during cooking and is FDA-approved for food contact;
3. PTFE provides excellent non-stick performance, preventing food from sticking to the surface;
4. The water-based PTFE coating is highly durable and resistant to wear and tear, ensuring long-term use without degrading;
5. The coating also supports even heat distribution across the cooking surface, improving overall cooking efficiency and helping to avoid hot spots that could burn food.
Note:
Avoid using a ball of steel wool to clean the inner pot, as the steel wool will damage the coating, affecting its performance.
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