Why Can Silicone Tableware Withstand High Temperature?

Silicone is a synthetic rubber that is produced by combining silicon with carbon, hydrogen, oxygen and other elements. The silicone tableware is molded from food-grade silicone, which is non-toxic, tasteless, and resistant to high temperatures.

Very good heat resistance. The temperature resistance of silicone is very good, it can not be deformed or deteriorated at a high temperature of 240 degrees Celsius, and it will not harden at -40 degrees Celsius, so you can use it for steaming, boiling, baking, etc. Silicone tableware is easy to clean. Because silica gel does not stick to oil and does not absorb oil, it is easy to clean.

The silicone tableware is molded with food-grade silicone material, which is non-toxic, tasteless, safe and eco-friendly.

Silicone tableware can be folded, kneaded, flipped, etc., it does not take up space and does not absorb oil. It has a desiccant effect, so it will not become moldy due to long-term storage. Silicone tableware matches the temperature of the food well. Whether the food is cold or hot, silicone tableware can protect the temperature of the food and reduce temperature loss. The food placed in the silicone container can maintain the original temperature after a period of time, and it will not pass the temperature to the user, making it difficult to burn.

Compared with ceramics, the biggest feature of silicone tableware is that it is resistant to falling, and there will be no noise when it falls on the ground. The ceramic tableware commonly used by the Chinese is good in everything, that is, it is fragile, and although plastic tableware can withstand a fall, the plastic is hard, and there may be cracks after falling. Silicone tableware can be thrown casually without worrying about damage.

Silicone tableware is easy to clean. Because silicone does not stick to oil and does not absorb oil, it is easy to clean.

Many colors and shapes. Many colors can be blended according to the needs of users, and tableware of various shapes can be molded.