Hard anodizing pressure cookers combine hard anodizing technology with pressure cooking techniques. Their main function is to improve cooking efficiency while enhancing the durability of the pot and preserving nutrients in food to a certain extent.
High-Efficiency Cooking: Utilizing a sealed pressure principle, the boiling point inside the pot is increased, shortening the cooking time, making it especially suitable for stewing ingredients that are difficult to cook, such as ribs, beans, and tendons.
Durable and Corrosion-Resistant: The hard anodizing process on the inner pot creates a thick and hard oxide film (≥25 microns), making it wear-resistant, corrosion-resistant, and with a long service life.
Safe and Stable: The hard anodizing process does not involve chemical coatings, avoiding the risk of coating peeling off like traditional non-stick pans, making it suitable for users who value healthy eating.
Nutrient Preservation: Some products incorporate "whole nutrition technology," using temperature and pressure control to reduce nutrient loss and improve the taste and nutritional value of nutritious foods such as porridge, soup, and multigrain rice.
Anti-flavor design: Some high-end models adopt a double-pot structure, which can be used for desserts and savory dishes respectively, avoiding cross-flavor mixing and achieving "enjoying both rice and dishes".