Anti-Static ESD Robot Skin Silicone

Product Overview Founded in 2006, Shenzhen Hong Ye Jie Technology Co., Ltd launches this anti-static robot skin silicone, a high-grade addition-cure liquid silicone rubber in our human body silicone series. In electronics assembly, chip handling and cleanroom environments, ordinary bionic silicone accumulates static charge and can spark, damaging sensitive chips and causing costly defects. This robot skin silicone provides stable electrostatic dissipation, preventing ESD damage while retaining realistic bionic skin touch. We also supply silicone rubber, RTV silicone, foam silicone and liquid silicone rubber for global robot makers.

Technical Specifications

1. Two-component platinum-cured liquid silicone rubber, mix ratio A:B=1:1, cure at room or elevated temperature.
2. Surface resistance in the 10^6–10^9 Ω anti-static dissipative range, stable without humid dependence.
3. No conductive carbon black, no dust shedding, suitable for cleanroom.
4. Hardness adjustable 0A–25A, realistic soft skin touch.
5. Good fluidity, suitable for vacuum pouring and brush coating.
6. Working temperature -60°C to 200°C, stable after thermal cycling.

Product Features

1. Stable ESD dissipation: Surface resistance in 10^6–10^9 Ω range, safely dissipates static charge without sparking.
2. No dust shedding & cleanroom-friendly: No conductive carbon black, low particle shedding, suitable for electronics cleanrooms.
3. Humidity-independent performance: Anti-static effect stays stable in dry cleanroom air, unlike ordinary anti-static additives that fail when dry.
4. Realistic bionic touch: ESD modification does not harden the material; soft natural skin feel is retained.
5. Good molding performance: Low linear shrinkage, suitable for pouring and brush coating on curved robot outer skin.

How to Use

1. Stir component A and B separately until uniform.
2. Mix A:B at 1:1 weight ratio and stir 2–3 minutes.
3. Vacuum degas to remove bubbles.
4. Pour or brush-coat within pot life, then cure at room temperature or by heating.
5. Demold to obtain finished anti-static bionic robot skin.

Application Scenarios Electronics assembly robots, cleanroom robots, chip handling and inspection robots, semiconductor packaging robots, ESD-sensitive production line robots, humanoid robots in electronics factories, and bionic parts requiring electrostatic dissipation.

Value to Buyers ESD damage is a hidden cost in electronics manufacturing. This anti-static robot skin silicone helps robot makers and cleanroom integrators reduce static-related chip defects, meet ESD control requirements, and improve product yield. We provide free samples, surface resistance test reports and molding support.

Certifications & Compliance Factory holds ISO9001 certification. Material meets RoHS and REACH standards, with verified anti-static surface resistance. Strict incoming inspection, first-article check and pre-shipment inspection on every batch.

Customization Options Custom surface resistance range, hardness, color and skin tone available. We can adjust viscosity for pouring, brush coating or LSR injection molding, and provide OEM/ODM supply.

FAQ Q1: Does this silicone provide stable anti-static effect?

A1: Yes, surface resistance stays in the 10^6–10^9 Ω dissipative range, stable without humid dependence.

Q2: Will it shed conductive dust in a cleanroom?

A2: No, it uses no conductive carbon black and sheds low particles, cleanroom-friendly.

Q3: Can it be used in chip-handling robots?

A3: Yes, it is designed for ESD-sensitive electronics and chip handling environments.

Q4: Is it still soft like real skin? A4: Yes, ESD modification does not sacrifice softness; realistic skin touch is retained.