Medical Grade Silicone Compounds — WICSilicone
Engineered for exceptional biocompatibility, safety, and precision, our medical-grade silicone compounds deliver flexibility, durability, and reliable performance in regulated healthcare environments. Designed to meet strict international standards, they support critical applications including medical devices, tubing, seals, implants, and baby care products. Browse the full range to select the ideal compound for your medical application.
ISO/TS 16949
ISO 9002
ISO 3808
ISO 9001
ISIRI 4267-2
ISO 17025
10993-5
10993-10
10993-4
Pharma
ASTM F756
Medical-Grade Silicone Solutions for Safe & Certified Applications
WICSilicone’s Medical & Food Grade compounds are produced under controlled hygienic conditions and rigorously tested for biocompatibility, purity, and regulatory compliance. Certified to meet IFDA and ISO 10993 requirements, each formulation ensures safe, consistent performance in patient-contact devices, food-contact products, and other high-responsibility applications.
Medical LSR Compound
Liquid silicone rubber formulated for injection molding of medical and healthcare products requiring biocompatibility and transparency.
Transparent HTV Silicone
Crystal-clear compound for precision molding, suitable for consumer, medical, and optical-grade applications.
Medical HTV Compound
Heat-cured medical-grade silicone for extrusion and molding, compliant with ISO 10993 for long-term implantable use.
Platinum-Cured Catalyst System
High-purity, odorless, and translucent compound ideal for medical tubing, baby products, and sanitary applications.
Silicone Grease and Lubricant
Specialized silicone-based lubricants for medical devices and equipment, ensuring smooth operation and long-term reliability.
Food Grade Silicone
Fully compliant with food safety standards, suitable for direct contact with food and beverages in medical and food-handling applications.
Key Features & Benefits
Applications
Quality Control & Laboratory Testing
At Wire Iran, quality is integrated into every stage of production — from raw material selection to final batch validation. All WICSilicone products are tested in our ISO 17025-accredited laboratory according to certified procedures (ISO, DIN, JIS) for mechanical, thermal, electrical, and chemical performance.
Testing Criteria
| Category | Key Tests |
|---|---|
| Mechanical | Tensile strength · Elongation · Tear resistance · Shore hardness (A/D) · Rheometry (ML/ΔT) · Thermal shock |
| Electrical | Dielectric strength · Insulation resistance · Capacitance · Corona & tracking resistance (HV) |
| Thermal / Chemical | Heat aging · Thermal stability (TGA/DSC) · Oil/solvent immersion · Chemical resistance · Low-temp flexibility |
| Environmental | Salt spray · Weathering (UV/ozone) · Flame resistance (UL94 / FMVSS) · Humidity cycling |
Automotive components are subjected to flame resistance, thermal cycling, high-voltage insulation, megger, erosion, and salt spray testing, while silicone materials and molded or extruded products are evaluated for tensile strength, elongation, rheology, hardness, thermal shock, and insulation properties. In collaboration with the National Standard Institute since 2002, all products are validated for consistent performance and durability under defined automotive and industrial operating conditions.
Each batch is fully traceable and supported by certified documentation, including Certificates of Analysis (CoA), batch records, and compliance reports verifying conformity with FDA, USP Class VI, RoHS, and REACH standards. This ensures consistent reliability across medical, automotive, industrial, and food-grade applications.
Request Cutom Formulation
We’re excited to provide you with a custom formulation of our high-quality silicone compounds. Please fill out the form below with your technical specifications and requirements. Include any datasheets using the file upload option, so our team can prepare the exact formulation you need. Our team will review your request promptly and get back to you with details, availability, and delivery information.