In the field of household storage and portable packaging, silicone bags are widely used due to their softness, safety, and durability. One of their core advantages is their ability to remain unchanged in shape and without cracking even after repeated bend

Achieving structural stability in a silicone bag with high flexibility requires comprehensive consideration of material properties, structural reinforcement, geometric design, and durability.

In everyday dining scenarios, silicone tableware is widely used due to its softness, safety, and resistance to high and low temperatures, making it especially suitable for infants and the elderly.

When used as bases for electronic devices, silicone pads often serve the dual purpose of anti-slip fixation and auxiliary support. However, electronic devices continuously generate heat during operation.

The key to maintaining the performance stability of silicone pads in chemically corrosive environments lies in their unique molecular structure and material properties.

In actual production, the optimal vulcanization time, i.e. the time window for achieving the best performance, needs to be determined by testing with a vulcanizer, and the time parameters should be adjusted in combination with the thickness of the product