New Matte Anti-Fingerprint Bionic Silicone Solves Reflection and Stain Problems of Commercial Exhibition Robot Skin

Shenzhen Hong Ye Jie Technology launches brand-new HYJ-RS-051 ultra-low modulus ultra-soft flexible bionic skin silicone, specially developed for high-end AI emotional humanoid robots and ultra-realistic fine simulation scenarios. Adopting low-stress flexible molecular reconstruction technology, it effectively solves the industry pain points of traditional high-modulus silicone such as stiff micro-expressions, dynamic stuttering and lack of fine facial details.

Few industries place higher demands on materials than aerospace. Every component that flies must survive extreme temperatures, intense vibration, and rapid pressure changes — while contributing as little weight as possible. A material that fails in a car causes inconvenience; a material that fails in an aircraft is unthinkable.

Shenzhen Hong Ye Jie Technology launches brand-new HYJ-RS-050 high elongation tear-resistant high-toughness bionic skin silicone, specially developed for high-end large-dynamic humanoid robots and extreme deformation simulation exhibits. Adopting long molecular chain toughening modification technology, it significantly improves ultimate tensile elongation and structural tear resistance, effectively solving the industry pain points of traditional silicone such as stress whitening

The global transition to renewable energy is the defining industrial project of our time — millions of solar panels, wind turbines, and battery systems being built to power a cleaner future. Yet these systems face a harsh reality: they must operate outdoors for decades, exposed to heat, cold, moisture, and vibration, often in remote locations where maintenance is difficult and failure is costly.