Batch Stable Robot Bionic Skin Silicone

Temperature‑Stable Bionic Skin Silicone for Humanoid Robot Dexterous Gripper & Simulation Props

10~13USD

is a wide‑temperature‑resistant, friction‑resistant platinum‑catalyzed addition‑type RTV‑2 liquid silicone rubber independently developed by Shenzhen Hong Ye Jie Technology Co., Ltd. It is composed of flowable Part A and Part B, mixed at 1:1 by...

High and Low Temperature Resistant Weather-Proof Bionic Skin Silicone Outdoor Anti-Aging Stable Robot Skin Silicone

9~12USD

 all-weather high and low temperature resistant weather-proof bionic skin silicone is a newly upgraded wide-temperature-range anti-aging platinum-cured RTV-2 liquid silicone developed by Shenzhen Hong Ye Jie Technology, specially designed for...

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...

Platinum Addition‑Curing Robot Skin Silicone Rubber for Bionic & Medical Simulation Projects

9.5~11USD

 robot skin silicone is platinum‑catalyzed addition‑type RTV‑2 liquid silicone rubber, independently developed and produced by Shenzhen Hong Ye Jie Technology Co., Ltd. It consists of flowable Part A and Part B, mixed at 1:1 by weight ratio, cures...

High Fatigue‑Resistant Robot Skin Silicone, Anti‑Cyclic‑Bending Bionic Silicone for Robot Joint Dynamic Skin

9.3~13USD

high‑fatigue‑resistant robot skin silicone is a modified platinum‑catalyzed addition‑type RTV‑2 liquid silicone independently developed by Shenzhen Hong Ye Jie Technology Co., Ltd. Two‑component liquid system, mix Part A and Part B at 1:1 weight...

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...

Batch-Stable Latinum Addition Silicone for Humanoid Robots

9~13USD

Matte Anti-Fingerprint Robot Skin Silicone Premium Frosted Non-Reflective Easy-Clean Bionic Liquid Silicone

9~12USD

matte anti-fingerprint dirt-resistant robot skin silicone is a newly upgraded high-end frosted RTV-2 liquid bionic silicone developed by Shenzhen Hong Ye Jie Technology, specially optimized for commercial public high-frequency touching,...

Low Bleed Dry-Touch Bionic Skin Silicone Non-Grease Anti-Dust Non-Sticky Robot Skin Liquid Silicone

9~12USD

low-bleed dry-touch bionic skin silicone is newly developed for high-frequency human-computer interaction and long-term closed exhibition humanoid robots. It solves the common defects of traditional silicone such as surface oil precipitation, greasy...

Matte Anti-Fingerprint Bionic Skin Silicone Dust-Proof Non-Stick Premium Robot Skin Material

9~13USD

long-lasting matte anti-fingerprint dust-proof bionic skin silicone is a new premium low-gloss platinum-cured RTV-2 liquid silicone developed by Shenzhen Hong Ye Jie Technology, targeting the high-end display industry pain points of glossy...

High Wear-Resistant Scratch-Proof Bionic Skin Silicone Long-Lasting No-Mark Robot Skin Silicone for Commercial Exhibition

9~12USD

high wear-resistant scratch-proof long-lasting durable robot skin silicone is a newly developed high-durability platinum-cured RTV-2 liquid bionic silicone launched by Shenzhen Hong Ye Jie Technology, targeting the pain points of easy scratching,...

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...