With the rapid popularization of global commercial humanoid robots, equipment application scenarios have expanded to shopping malls, science and technology museums, cultural tourism scenic spots and public service halls. These public scenarios feature high-frequency human touching, long-term continuous display and repeated cleaning maintenance, putting forward extremely high requirements on the wear resistance, scratch resistance and long-term durability of bionic robot skin. Traditional simulation silicone is only suitable for low-frequency static display, with insufficient surface compactness and friction resistance. It is prone to scratch marks, friction whitening and surface fuzzing after daily public contact, resulting in mottled aging and degraded display grade, which increases long-term operation and maintenance costs and restricts large-scale commercial promotion of humanoid robots.
Conventional bionic silicone has prominent durability defects in public commercial scenarios. Loose surface molecular structure leads to poor scratch resistance. Daily finger touching, nail scratching, clothing friction and slight collision will leave permanent traces on the silicone surface. Long-term cumulative friction causes blurred skin texture, uneven whitening and aging discoloration. Most commercial robots need skin replacement and refurbishment within 1-3 months after launch, resulting in high material and labor costs, equipment shutdown losses and damaged brand display image. In addition, repeated daily cleaning will further accelerate surface wear, forming a vicious cycle of rapid aging and frequent maintenance.
Public exhibition simulation models, art wax figures and teaching simulation props also face the same wear and aging dilemma. Long-term open display and frequent human contact lead to rapid surface wear and texture damage of ordinary silicone, unable to maintain high-end exhibition effect. Frequent refurbishment and replacement greatly increase operational pressure. The global commercial bionic industry is in urgent need of high-durability wear-resistant and scratch-proof bionic skin materials adapted to high-frequency public interactive scenarios.
Targeting the core pain points of easy scratching, friction wear and rapid aging of commercial robot skin, Shenzhen Hong Ye Jie Technology launches HYJ-RS-047 high wear-resistant long-lasting bionic silicone after numerous friction cycle tests and surface performance optimization. Breaking the traditional silicone’s disadvantage of emphasizing simulation while ignoring durability, this product realizes dual improvement of surface compactness and friction toughness through molecular cross-linking toughening modification, perfectly adapting to high-intensity public commercial working conditions and solving the long-standing industry problem of rapid skin aging and wear.
The product features industry-leading wear resistance and scratch-proof durability. The compact and tough surface structure resists daily light scratching, minor collision and repeated cleaning friction without residual marks or surface damage. Tens of thousands of friction tests verify that the skin texture remains complete and clear without whitening or fuzzing, realizing long-lasting brand-new display effect, greatly extending the service life of bionic skin and reducing overall commercial operation costs.
It achieves perfect balance between high simulation fidelity and commercial durability. The ultra-low shrinkage rate accurately restores delicate human skin micro-textures without artificial plastic sense. The upgraded wear-resistant color fastness system ensures stable color rendering without whitening or mottling after long-term high-frequency use. Excellent dynamic fatigue resistance ensures stable cortex structure without cracking or peeling during repeated robot movement and expression deformation.
Adopting high-purity platinum eco-friendly system, the silicone is non-toxic and skin-friendly, safe for long-term public human-computer interaction and close exhibition scenarios. Compatible with pouring and brushing molding processes, it delivers high-yield uniform finished products with stable batch durability, supporting mass production of commercial robots and customized production of high-end cultural tourism simulation exhibits.
This high wear-resistant anti-scratch silicone is widely applied in public commercial humanoid robots, long-term exhibition simulation models, cultural tourism wax figures and high-frequency interactive simulation props requiring long-lasting wear resistance and scratch-proof performance.
Hong Ye Jie Technology continues to iterate full-scene differentiated bionic silicone formulas to cover static texture, dynamic performance, environmental resistance and commercial durability needs. We provide free sample testing, personalized customization and full-process technical support, helping global customers improve commercial robot durability, reduce maintenance costs and upgrade exhibition quality.
Shenzhen Hong Ye Jie Technology Co., Ltd
