• Eliminates need for molding, mixing, and pre-molding operations compared to solid rubber molding, significantly reducing manpower, material resources, energy consumption, equipment investment, and floor space requirements.
• Enables fully automated, closed-system processing that eliminates manual operation errors while minimizing environmental contamination, ensuring superior product dimensional accuracy and internal quality - particularly beneficial for medical applications.
• Features extremely low viscosity (10-1000pas) for excellent flow characteristics, requiring injection pressures as low as 1MPa (typically 20MPa) to produce flash-free parts, reduce material waste, and minimize equipment/mold wear.
• Exceptional forming capability for large, complex, or ultra-thin products (down to 0.5mm thickness with 100mm length) that are impossible with solid rubber materials.
• Rapid curing cycle (160-220 seconds to several minutes) at 160-220°C enables short molding cycles and high production efficiency.
• Minimal back pressure requirements (typically
• Precise dimensional control with typical post-demolding shrinkage of 2-3% (material-dependent), allowing designers to account for shrinkage factors during development.

Non-toxic liquid silicone used for nipples, pacifiers, teethers, bottles, spoons, suckers, and brushes.

Biocompatible components including catheters, gastric tubes, laryngeal masks, dental brackets, negative pressure balls, and surgical protective covers.

Precision waterproof seals, speaker diaphragms, mobile phone cases, watch bands, buttons, and earphone components.

High-performance applications including LED lenses, spark plug protectors, wire harness seals, and specialized sealing strips.