Long Term Micro Dynamic Bionic Silicone

Self-Healing Long-Term Micro-Dynamic Bionic Silicone Automatic Wrinkle Recovery Zero-Aging Robot Skin for Commercial Long-Term

10~13USD

self-healing long-term micro-dynamic bionic skin silicone is a new long-life platinum-cured RTV-2 liquid silicone launched by Shenzhen Hong Ye Jie Technology, targeting the long-term aging defects of commercial humanoid robots such as micro-scratch...

High Resilience Fatigue-Resistant Bionic Skin Silicone Long-Term No-Deformation Dynamic Robot Skin Silicone

9~12USD

high resilience anti-fatigue long-term stable dynamic robot skin silicone is a newly upgraded high-elastic dynamically stable platinum-cured RTV-2 liquid bionic silicone launched by Shenzhen Hong Ye Jie Technology, targeting the core pain points of...

Long-Term Anti-Yellowing Aging-Resistant Robot Skin Silicone Indoor and Outdoor Universal Bionic Silicone No Discoloration

9~12USD

long-term anti-yellowing aging-resistant robot skin silicone is a newly upgraded high-stability platinum-cured RTV-2 liquid bionic silicone developed by Shenzhen Hong Ye Jie Technology for dual working conditions of long-term static display and...

Dry-Touch High-Stretch Bionic Silicone for Dynamic Expression

9.5~13USD

  Product Title: Advanced Dry-Touch High-Stretch Bionic Silicone for Dynamic Expression Simulation   Overview: In the realm of high-fidelity modeling and artistic creation, the medium is as critical as the vision. Our latest innovation in Human Body...

High-Humidity Stable Bionic Silicone Anti-Stick Anti-Mold Zero-Attenuation Robot Skin for Long-Term Operation

9~13USD

hydrolysis-resistant moisture-proof long-term stable bionic skin silicone is professionally upgraded for industrial high-humidity workshops, closed exhibition halls, constant temperature and humidity laboratories and 24/7 uninterrupted commercial...

Low-Stress Smooth Dynamic Bionic Silicone Stiffness-Free Fine Deformation Robot Skin

9~13USD

ultra-low modulus ultra-soft high-flexibility dynamic bionic skin silicone is a new high-end refined platinum-cured RTV-2 liquid silicone launched by Shenzhen Hong Ye Jie Technology, targeting the core pain points of stiff micro-expressions, dynamic...

High Resilience Zero-Residual Deformation Robot Skin Silicone Anti-Fatigue Dynamic Bionic Silicone

9~12USD

high-resilience zero-residual deformation robot skin silicone is a newly upgraded high anti-fatigue platinum-cured RTV-2 liquid bionic silicone developed by Shenzhen Hong Ye Jie Technology, targeting the dynamic fatigue pain points of full-body...

Antibacterial Antimicrobial Bionic Skin Silicone

9~13USD

This antibacterial antimicrobial bionic skin silicone is platinum-cured RTV‑2 liquid silicone developed by Shenzhen Hong Ye Jie Technology targeting hygiene pain points of high-frequency public touching, medical rehabilitation interaction and...

Hyper-Realistic Skin Tone Bionic Silicone

10~16USD

Product Overview Founded in 2006, Shenzhen Hong Ye Jie Technology Co., Ltd launches this color-matched robot skin silicone, a high-grade addition-cure liquid silicone rubber under our human body silicone series. Unlike ordinary bionic silicone with...

Low VOC Safe Bionic Skin Silicone

9~15USD

This low‑odor low‑VOC environment‑friendly bionic skin silicone is platinum‑cured RTV‑2 liquid silicone developed by Shenzhen Hong Ye Jie Technology targeting pain points of enclosed indoor bionic projects. Conventional bionic silicone may retain...

Low Friction Silent Bionic Skin Silicone

10~16USD

Low friction silent bionic skin silicone is low-friction modified platinum-cured RTV-2 liquid bionic silicone developed by Shenzhen Hong Ye Jie Technology for dynamic movable humanoid robot industry. Modern dynamic humanoid robots can perform...

Fatigue-Resistant High Elastic Bionic Silicone

9~14USD

This high resilience memory recovery bionic skin silicone is a platinum-cured RTV-2 liquid silicone developed by Shenzhen Hong Ye Jie Technology, targeting the fatigue deformation pain points of long-term pressing, frequent touching and repeated...