As a key component of smart wearable devices, the tensile strength of silicone straps directly affects the reliability and lifespan of daily wear.
On a sweaty wrist during a hike in the mountains, amidst the splashing water of a rapid, or on the edge of a scorching desert, a reliable outdoor sports watch is an explorer's second pair of eyes.
By adjusting the type of vulcanizing agent (such as using a delayed vulcanizing agent) or adding a dispersant, the viscosity of the rubber compound during the mixing process can be reduced, thereby achieving uniform dispersion in a shorter time.
Before silicone is injected into the mold, a vacuum degassing process is required, which reduces the ambient air pressure to allow the air bubbles to expand and be expelled.
The flexibility and anti-aging properties of silicone straps in extreme temperature environments stem from their unique molecular structure, chemical stability, and advanced manufacturing processes.
In the world of watch accessories, silicone straps are widely popular for their softness, skin-friendliness, and lightweight comfort.
