Foaming Bionic Silicone for Robot Internal Cushion & Simulation Manufacturing Industry

In the development of humanoid robots, the demand for lightweight buffer and cushion components is rising. Traditional bionic silicone only can produce solid parts. It is difficult to realize integrated solid‑skin and foamed‑buffer composite structure. Besides, some silicone materials release strong irritating odor during production, which brings trouble to workshop operation.

To solve these industry pain‑points, Shenzhen Hong Ye Jie Technology Co., Ltd launches HYJ‑RS‑032 low‑odor foamable robot skin silicone. Adopting high‑purity platinum‑catalyzed addition‑curing system, it produces no harmful by‑products during curing. Ultra‑low shrinkage enables precise replication of skin pores and fine textures.

The optimized formula achieves low‑odor performance in processing. It supports adjustable foaming ratio to prepare light‑weight porous foamed silicone for robot internal buffer and cushion. It can realize composite manufacturing: solid silicone as outer bionic skin, foamed silicone as inner buffer layer, which improves shock‑absorbing performance while reducing overall product weight. Hardness range from 0‑30A covers ultra‑soft soft‑tissue simulation, robot skin and durable teaching models.

This skin‑friendly silicone is low‑odor, anti‑yellowing and UV‑resistant. It is widely applied to humanoid‑robot bionic outer skin, internal buffer padding, prosthetic liners, medical teaching mannequins, film‑special‑effect prosthetics, cosplay props and museum wax‑figure exhibits. Custom skin‑tone, translucent and transparent colors are available.

As a professional silicone raw‑material manufacturer, Hong Ye Jie provides mold silicone, pad‑printing silicone, electronic potting compound and liquid foam silicone. We support formula customization, sample supply and stable bulk delivery, helping global manufacturers produce high‑quality composite bionic simulation products.