With the upgrading of global commercial humanoid robot display standards, appearance texture, visual presentation effect and daily maintainability have become key indicators of high-end commercial robot competitiveness. A large number of exhibition hall, shopping mall and store service robots work under long-term spotlight irradiation, high-definition camera shooting and frequent human touch conditions, making the defects of traditional glossy bionic silicone increasingly prominent, restricting the high-end brand display effect of commercial robots.
Conventional glossy robot skin silicone has three major shortcomings in commercial display scenarios. Firstly, serious light reflection and lens glare cause overexposed and distorted shooting images, lacking hierarchical and realistic bionic texture. Secondly, the high surface energy of glossy material easily adsorbs sweat, fingerprints and oil stains left by visitor touching, resulting in mottled and dirty appearance in a short time. Thirdly, dust and lint are easy to adhere, and conventional wiping will leave water marks and scratch lines, requiring frequent repeated cleaning and bringing huge daily maintenance pressure to operation teams.
High-end simulation fields such as art wax figures, museum display mannequins and film shooting prosthetics also face the same dilemma of glossy reflection and difficult stain removal. Glossy materials cannot meet the zero-reflection requirements of high-definition shooting and high-end exhibition, and residual stains are difficult to completely remove, leading to aging display texture and failing high-standard commercial presentation. The global high-end bionic industry is in urgent need of integral matte, anti-fingerprint, dust-proof and easy-clean premium skin materials.
Targeting the appearance and maintenance pain points of commercial display equipment, Shenzhen Hong Ye Jie Technology launches HYJ-RS-043 matte anti-fingerprint bionic silicone, abandoning the backward post-spray matte process which is easy to wear and peel off. Through in-situ molecular matte optimization and nano anti-fouling modification, the product achieves inherent uniform frosted texture and long-term stable anti-fingerprint performance, fundamentally solving reflection, smudge, dust accumulation and difficult cleaning problems.
The product creates high-end foggy matte visual effect without glare and reflection, perfectly adapting to various indoor light environments and high-definition shooting scenarios, presenting natural, delicate and realistic bionic texture. The nano low surface energy structure greatly reduces stain adhesion, realizing fingerprint-free, oil-resistant and dust-proof performance. Daily maintenance only requires simple dry cloth wiping, which greatly saves labor costs and keeps long-term clean and premium display status.
While upgrading appearance texture, the material retains high simulation fidelity and mechanical stability. Ultra-low shrinkage accurately restores human skin micro-details, and the matte texture eliminates artificial plastic sense, making the bionic effect closer to real human skin. The special color-fast formula ensures stable matte color without brightening or mottling after long-term light exposure. Excellent tear resistance and fatigue resistance ensure stable texture and performance during long-term micro-expression and joint cyclic deformation.
Adopting high-purity platinum eco-friendly system, the silicone is non-toxic and skin-friendly, safe for long-term public human-computer contact and close viewing. Compatible with pouring and brushing molding processes, it delivers high-yield finished products with uniform matte texture, supporting mass production of commercial robots and customized production of high-end simulation exhibits with stable batch consistency.
This matte anti-fingerprint easy-clean silicone is widely applied in commercial exhibition humanoid robots, public interactive robot outer skin and hand touch areas, high-end matte wax figures, museum non-reflective simulation models and high-definition film shooting prosthetics.
Hong Ye Jie Technology continues to iterate scenario-based customized bionic silicone materials covering anti-aging, high elasticity, dry touch, ultra-soft texture and matte anti-fingerprint types, fully meeting the differentiated material selection needs of humanoid robots. We provide free sample testing, personalized texture and color customization and full-process technical support, helping global customers improve product grade and reduce long-term operation and maintenance costs.
Shenzhen Hong Ye Jie Technology Co., Ltd
