With the rapid commercialization of global humanoid robots, more and more interactive service robots are widely deployed in commercial exhibition halls, science museums, cultural tourism venues and high-end shopping malls. High-frequency human touching, pressing, grabbing and squeezing have put forward extremely high requirements on the elasticity, flatness and fatigue resistance of bionic skin materials. However, traditional ordinary bionic silicone has inherent defects in elastic performance. After a period of frequent interactive use, the molecular chain is prone to fatigue relaxation, resulting in insufficient rebound force, local skin collapse, surface wrinkling and permanent residual indentation, which greatly reduces the high-end simulation texture and display effect of humanoid robots.
Deformed and collapsed robot skin requires frequent manual replacement and maintenance, bringing huge labor and material costs to project operators. Frequent shutdown maintenance also affects normal exhibition reception and commercial operation, becoming a key material bottleneck restricting the long-term stable operation of commercial humanoid robots.
The fundamental reason for the deformation failure of traditional silicone skin is the insufficient elastic recovery limit of the molecular structure. Long-term repeated external force extrusion and stretching cause irreversible relaxation of the silicone molecular chain, making the skin unable to return to its original flat state. This aging and deformation phenomenon is more obvious in high-frequency interactive parts such as palms, cheeks and arms, seriously shortening the service life of bionic skin.
Aiming at the core pain points of skin collapse, deformation and elastic fatigue of commercial interactive robots, Shenzhen Hong Ye Jie Technology has completed multiple rounds of molecular structure optimization and tens of thousands of fatigue verification tests, and officially launched high resilience memory recovery bionic skin silicone. The product innovatively upgrades the elastic cross-linking system, greatly improving the molecular deformation recovery capability and anti-fatigue limit.
The biggest advantage of this new material ispermanent memory resilience and zero residual deformation. It completely changes the weakness of traditional silicone that becomes loose and collapsed after long-term use. Whether under instantaneous high-frequency pressing or long-term static compression, the skin can quickly auto-recover flat and tight without wrinkling, sagging or indentation. Tens of thousands of cyclic fatigue tests prove that the elasticity, flatness and hand feel remain stable without attenuation, realizing long-term stable high-quality interactive experience.
While ensuring ultra-high elastic performance, the product retains excellent bionic simulation ability and mechanical stability. The ultra-low shrinkage rate accurately restores human skin micro-textures and pores with realistic and delicate touch. It has outstanding tear resistance and tensile flexibility, adapting to long-term repeated joint movement and micro-expression switching without cracking or peeling. The eco-friendly platinum system ensures safe and skin-friendly contact, fully meeting public indoor exhibition standards.
Compatible with pouring and brushing molding processes, the finished products have high yield rate and stable batch consistency, suitable for scientific research prototype sampling and large-scale mass production of commercial robot projects.
This high resilience memory recovery bionic silicone is widely used in commercial reception humanoid robots, science museum interactive robots, simulation doll skin, robot palm interactive components and scientific research fatigue test bionic samples, perfectly serving high-standard bionic projects requiring long-term flat skin and stable elastic hand feel.
Hong Ye Jie Technology continues to iterate differentiated bionic silicone series covering environmental protection, antibacterial, weather resistance, yellowing resistance, high tear resistance, low shrinkage and high resilience anti-deformation types. We provide free sample testing, personalized performance customization and full-process technical support, helping global humanoid robot commercial projects eliminate skin deformation and collapse problems, reduce operation and maintenance costs, and improve long-term display quality and service life.
Shenzhen Hong Ye Jie Technology Co., Ltd
