Product Summary
HONG YE SILICONE’s HYE series Platinum cured mold silicone is a premium skin-safe material tailored for advanced prosthetic molds. As high-grade Addition Curing Silicone, it’s nontoxic, odorless, and FDA compliant, ideal for crafting ultra-realistic advanced prosthetics. With exceptional tear strength, low shrinkage (≤0.3%), and skin-like softness, this Human Body Silicone cures at room temperature or via heating, delivering durable, lifelike results. It supports personalized customization for diverse advanced prosthetic and simulation applications, helping global buyers enhance product competitiveness. (198 characters)
Product Overview
HONG YE SILICONE’s HYE series skin-safe silicone is a high-performance platinum cured Mold Silicone , serving as the core silicone raw material for advanced prosthetic molds (not finished prosthetics). As a premium RTV 2 Silicone Rubber, it consists of fluid Component A (base) and Component B (curing agent). This addition curing silicone transforms from low-viscosity liquid silicone to soft elastic material after curing, perfectly replicating human skin’s softness, texture, and touch—critical for advanced prosthetic manufacturing. Its nontoxicity, low shrinkage, and excellent resilience meet strict international body-contact requirements, addressing the core concerns of global B2B buyers.
Technical Specifications
Curing Type: Addition curing (platinum cure);
Curing Condition: Room temperature (25℃/77℉) or heat-accelerated;
Viscosity: Low for bubble-free application;
Shrinkage Rate: ≤0.3%;
Hardness: 0-20 Shore 00 (adjustable for advanced prosthetic needs);
Tensile Strength: ≥3.5 MPa;
Tear Strength: ≥15 kN/m;
Temperature Resistance: -50℃ to 200℃;
Compliance: FDA food grade, skin-safe, conforming to RTV 2 silicone rubber industry standards.
Product Features
1. Safety Assurance: FDA certified, nontoxic, odorless, eco-friendly, suitable for long-term body contact—essential for medical-grade prosthetics.
2. Lifelike Simulation: Skin Like Silicone texture, soft wobble, and fast resilience, replicating human tissue perfectly for natural-looking advanced prosthetics. 3. Durability: Excellent tear/tensile strength, anti-deformation, anti-aging, and acid/alkali/weather resistance, reducing replacement costs.
4. Processing Ease: Low viscosity ensures bubble-free pouring; crack-healing ability reduces waste and boosts production efficiency.
5. Versatility: Compatible with thixotropic agents, adapting to diverse advanced mold designs, and works with common mold materials like plaster and resin.
How to Use
1. Prepare and clean the advanced prosthetic mold surface thoroughly to remove dust and impurities.
2. Mix Component A and B in the recommended ratio (1:1 or 10:1) evenly; manual mixing for small batches, mechanical mixing for large-scale production.
3. Pour the mixture slowly into the mold to avoid bubbles; degas if needed for flawless results.
4. Cure: Room temperature (4-6 hours) or heat at 60℃ (1 hour) until fully elastic.
5. Demold and finish the advanced prosthetic product to meet precise specifications.
Application Scenarios
Ideal for Life Casting Silicone and advanced prosthetic manufacturing (prosthetic limbs, high-precision simulated skin, body parts, organs, and medical masks). Also applicable to silicone robots, high-end simulation models, and medical training props. Widely used in medical prosthetics, film & television props, and professional simulation industries, it helps buyers create high-value, realistic advanced products, expand market adaptability, and cut R&D and production costs.
Certifications and Compliance
Meets FDA food grade and medical-grade standards for skin and body safety, complies with international environmental and body-contact material regulations, passes strict toxicology tests, and conforms to RTV 2 silicone rubber industry standards. This ensures stable quality and eliminates compliance risks for overseas B2B buyers.
Customization Options
We offer tailored solutions for advanced prosthetic needs: adjust hardness (0-20 Shore 00), color (custom skin tones or specific hues), viscosity (via thickening agents), and curing speed. We support small-batch trial orders and mass customization to match diverse industry requirements, helping buyers achieve product differentiation in the advanced prosthetics market.
Production Process & Quality Control
Production includes strict raw material inspection, precise mixing, vacuum degassing, and automated filling—critical for consistent quality in advanced prosthetic materials. Strict QC covers raw material purity testing, viscosity monitoring, curing effect verification, and final performance inspections, ensuring stable batch-to-batch quality for long-term B2B cooperation.
FAQ
Q1: Is it compatible with other mold materials for advanced prosthetics?
A1: Yes, it works seamlessly with plaster, resin, and other common mold substrates.
Q2: How to store unused silicone?
A2: Seal in a cool, dry place (5-30℃) with a 6-month shelf life.
Q3: Can it resist long-term outdoor use for prosthetic props?
A3: Yes, it has excellent weather resistance and anti-aging properties.
Q4: What’s the MOQ?
A4: Flexible, supporting both trial and bulk orders for diverse buyer needs.
Q5: Does it require special mixing equipment?
A5: No, manual mixing works for small batches; mechanical mixing is recommended for large-scale production.