Silicone is a highly elastic polymer whose molecular chains are linked by silicon-oxygen bonds, giving it a unique helical coil structure.
By increasing the hardness of the mold steel, improving the parting line design, and adding venting grooves, the possibility of rubber material overflowing during vulcanization can be reduced.
The color consistency of silicone bracelets needs to be achieved through the coordinated efforts of the entire chain, including raw materials, processes, post-processing, and quality control.
Silicone gaskets, with their outstanding physicochemical properties, silently undertake the crucial missions of sealing, cushioning, insulation, and protection.
Environmental adaptability places higher demands on the light transmittance and color stability of single-point silicone buttons.
As a key interactive interface in flashlights, remote controls, medical devices, and various electronic products, the feel of a silicone button directly impacts the user's operating experience and perceived product quality.
