With the accelerated commercialization of global humanoid robot industry, a large number of service and display humanoid robots are widely deployed in exhibition halls, shopping malls and stores, working under long-term power-on and uninterrupted display conditions. Different from laboratory short-term test prototypes, commercial display robots put forward extremely high requirements on the long-term stability, appearance durability and low maintenance cost of bionic skin. Long-term consistent appearance color has become one of the core standards to measure commercial robot quality and brand grade.
Conventional bionic silicone widely used in the industry has obvious defects in weather resistance and aging resistance. Under long-term indoor light radiation, continuous air oxidation and alternating temperature and humidity environment, it will turn yellow and dark within 3-6 months, resulting in mottled color difference and outdated appearance. With aging attenuation of molecular performance, the silicone will harden, lose toughness and become powdery and sticky, prone to cracking and damage during dynamic movement. Frequent skin disassembly, renovation and replacement bring huge labor and material costs, restricting the large-scale promotion and long-term commercial operation of display humanoid robots.
High-end simulation fields such as museum collection wax figures, long-term displayed film prosthetics and permanent medical simulation skin also face severe aging and discoloration problems. These exhibits require long-term display for several years or even more than a decade, while ordinary silicone cannot maintain stable color and texture, failing to meet commercial and collection-grade long-term display standards. The global high-end bionic industry is in urgent need of high-quality bionic skin materials with excellent aging resistance, long-term anti-yellowing and zero discoloration performance.
Targeting the core pain point of long-term aging and discoloration of display bionic products, Shenzhen Hong Ye Jie Technology independently developed HYJ-RS-042 long-term anti-yellowing aging-resistant robot skin silicone based on years of silicone weathering modification experience and thousands of hours of aging simulation tests. Breaking the weather resistance bottleneck of traditional silicone, this product adopts dual protection system of molecular structure reinforcement and long-term anti-yellowing additives, fundamentally inhibiting oxidative discoloration and performance attenuation, realizing commercial-grade long-term durable quality.
The product features outstanding long-term color stability and aging resistance. After professional laboratory thousands of hours accelerated aging test, no yellowing, darkening, color difference or surface powdering occurs, maintaining transparent and uniform bionic skin texture for a long time. The reinforced molecular structure keeps stable flexibility and elasticity without hardening, embrittlement or viscosity change after long-term use. Dynamic mechanical properties such as tear resistance and tensile resistance are permanently stable, adapting to long-term high-frequency micro-expression and joint movement of robots and greatly extending service life.
Balancing high-precision simulation and long-term stability, the ultra-low shrinkage rate ensures accurate restoration of human skin pores and subtle texture details with high simulation fidelity. The upgraded color-fast system enhances coating adhesion and color stability, resisting fading and mottling under long-term light and oxidation. It is suitable for indoor conventional environments and mild outdoor alternating scenarios with wide environmental adaptability.
Adopting high-purity platinum eco-friendly curing system, the silicone is non-toxic, odorless and skin-friendly with high biological safety, suitable for long-term human-machine close interaction and public display props. It is compatible with pouring and brushing molding processes with high finished product yield and stable batch consistency, supporting mass production of commercial robots and customized production of high-end exhibits.
This long-term anti-yellowing aging-resistant silicone is widely applied in long-display exhibition humanoid robots, store commercial service robots, museum collection simulation mannequins, high-end art wax figures, long-term film special-effect prosthetics and permanent medical simulation skin.
As a professional manufacturer focusing on scenario-based customized bionic silicone, Hong Ye Jie continues to iterate differentiated formulas for wear resistance, tear resistance, dry touch, ultra-soft texture and aging resistance, fully covering industrial material selection requirements. We provide free sample testing, personalized customization and full-process technical support, helping global commercial robot and high-end simulation industries reduce maintenance costs, improve long-term display quality and achieve high-end commercial development.
Shenzhen Hong Ye Jie Technology Co., Ltd
