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Oil-Chemical Resistant Robot Skin Silicone

HY-E600A......
Developed for industrial cleaning robots, factory floor robots exposed to oil, grease and detergents, and kitchen/warehouse cleaning robots. This oil-chemical resistant robot skin silicone resists swelling, softening and staining from industrial lubricants, grease and alkaline/acid cleaning agents, keeping bionic outer skin intact and colorfast in dirty industrial environments.
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Product Overview Founded in 2006, Shenzhen Hong Ye Jie Technology Co., Ltd launches this oil-chemical resistant robot skin silicone, a high-grade addition-cure liquid silicone rubber in our human body silicone series. In factories, kitchens and cleaning operations, ordinary bionic silicone swells, softens and stains after contact with grease, oil and detergents, quickly ruining the outer skin. This robot skin silicone resists industrial lubricants, grease and common alkaline/acid cleaning agents, keeping bionic skin intact and colorfast in dirty environments. 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. Resists swelling and softening after long contact with industrial grease, mineral oil and common detergents.
  3. Resists weak acids and alkaline cleaning agents without surface staining.
  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 chemical exposure.

Product Features

  1. Oil & grease resistance: Resists swelling, softening and weight gain after long contact with industrial lubricants.
  2. Detergent & chemical resistance: Stands up to weak acids and alkaline cleaning agents, no surface staining or fading.
  3. Colorfast in dirty environments: Stains wipe off easily, skin stays clean and natural.
  4. Realistic bionic touch: Chemical resistance is achieved without sacrificing softness; 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 oil-chemical resistant bionic robot skin.

Application Scenarios Industrial cleaning robots, factory floor robots exposed to oil and grease, kitchen and commercial cleaning robots, warehouse and logistics robots in dirty environments, humanoid service robots in workshops, and bionic parts requiring oil and chemical resistance.

Value to Buyers For cleaning and factory robots exposed to oil and detergents, ordinary bionic silicone swells, stains and fails quickly. This oil-chemical resistant robot skin silicone extends skin service life, keeps color and surface intact, and reduces after-sales replacement. We provide free samples, oil/chemical resistance test reports and molding support.

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

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

FAQ

Q1: Does this silicone really resist industrial grease?

A1: Yes, after long contact with grease and mineral oil it stays non-swollen, non-softened and non-sticky.

Q2: Can it handle alkaline detergents and cleaning agents?

A2: Yes, it resists weak acids and alkaline cleaning agents without staining or fading.

Q3: Will stains wipe off easily?

A3: Yes, grease and dirt wipe off easily, skin stays clean and natural.

Q4: Is it still soft like real skin?

A4: Yes, chemical resistance does not sacrifice softness; realistic skin touch is retained.