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Medical-grade silicone gel is a soft, flexible, and safe material made from organic silicone polymers. It's widely used in the medical field, especially for wound care and prosthetics.
· Biocompatibility: This means it works well with the human body, reducing the chances of negative reactions.
· Flexibility: Its high flexibility allows it to comfortably fit the shape of your body.
· Non-toxic: It’s safe for long-term contact with skin and tissues without any toxicity issues.
· Durability: With the right care, products made from medical silicone gel can last a long time.
· Resistance: It holds up well against things like sunlight and moisture.
· Softness: Its soft texture makes it perfect for sensitive uses, like wound dressings.
· Thermal Stability: It keeps its properties over a wide range of temperatures.
· Transparency: Some versions are clear, making it easy to see wounds or conditions.
· Adhesive Silicone Gel: Used in dressings and scar management for gentle sticking.
· Cushioning Silicone Gel: Used in orthopedic devices and prosthetics for comfort and pressure relief.
· Scar Reduction Silicone Gel: Specially made to reduce the appearance of scars and keloids.
· Implantable Silicone Gel: Used in medical implants, like breast implants and joint prostheses.
Medical silicone gel is mainly made of silicon, oxygen, carbon, and hydrogen atoms connected in a polymer chain. You can customize its properties by changing the formulation and processing techniques.
· Wound Care: Great for adhesive dressings, scar management, and preventing pressure ulcers.
· Orthopedics: Used in cushioning pads, insoles, and orthotic devices for comfort and support.
· Cosmetic Surgery: Found in breast implants, facial implants, and soft tissue augmentation.
· Prosthetics: Used in prosthetic limbs, sockets, and liners for better comfort and fit.
· Dermatology: Used in topical products for scar reduction, skin hydration, and protection.
· Dental Care: Included in dental impression materials, prosthetic dentures, and soft liners.
· Color: Transparent or opaque
· Hardness: Measured on the Shore A scale
· Density: Grams per cubic centimeter (g/cm³)
· Tensile Strength: Measured in megapascals (MPa)
· Elongation at Break: Percentage (%)
· Temperature Resistance: Measured in Celsius (°C)
· Shelf Life: Months or years
· Sterilization Compatibility: Can be sterilized using autoclave, gamma radiation, ethylene oxide, etc.
· ISO 13485: Quality management for medical devices.
· FDA Approval: Meets regulations set by the U.S. Food and Drug Administration.
· CE Marking: Follows European Union directives for medical devices.
· RoHS Compliance: Adheres to environmental safety standards for hazardous substances.
Medical-grade silicone gel is a soft, flexible, and safe material made from organic silicone polymers. It's widely used in the medical field, especially for wound care and prosthetics.
· Biocompatibility: This means it works well with the human body, reducing the chances of negative reactions.
· Flexibility: Its high flexibility allows it to comfortably fit the shape of your body.
· Non-toxic: It’s safe for long-term contact with skin and tissues without any toxicity issues.
· Durability: With the right care, products made from medical silicone gel can last a long time.
· Resistance: It holds up well against things like sunlight and moisture.
· Softness: Its soft texture makes it perfect for sensitive uses, like wound dressings.
· Thermal Stability: It keeps its properties over a wide range of temperatures.
· Transparency: Some versions are clear, making it easy to see wounds or conditions.
· Adhesive Silicone Gel: Used in dressings and scar management for gentle sticking.
· Cushioning Silicone Gel: Used in orthopedic devices and prosthetics for comfort and pressure relief.
· Scar Reduction Silicone Gel: Specially made to reduce the appearance of scars and keloids.
· Implantable Silicone Gel: Used in medical implants, like breast implants and joint prostheses.
Medical silicone gel is mainly made of silicon, oxygen, carbon, and hydrogen atoms connected in a polymer chain. You can customize its properties by changing the formulation and processing techniques.
· Wound Care: Great for adhesive dressings, scar management, and preventing pressure ulcers.
· Orthopedics: Used in cushioning pads, insoles, and orthotic devices for comfort and support.
· Cosmetic Surgery: Found in breast implants, facial implants, and soft tissue augmentation.
· Prosthetics: Used in prosthetic limbs, sockets, and liners for better comfort and fit.
· Dermatology: Used in topical products for scar reduction, skin hydration, and protection.
· Dental Care: Included in dental impression materials, prosthetic dentures, and soft liners.
· Color: Transparent or opaque
· Hardness: Measured on the Shore A scale
· Density: Grams per cubic centimeter (g/cm³)
· Tensile Strength: Measured in megapascals (MPa)
· Elongation at Break: Percentage (%)
· Temperature Resistance: Measured in Celsius (°C)
· Shelf Life: Months or years
· Sterilization Compatibility: Can be sterilized using autoclave, gamma radiation, ethylene oxide, etc.
· ISO 13485: Quality management for medical devices.
· FDA Approval: Meets regulations set by the U.S. Food and Drug Administration.
· CE Marking: Follows European Union directives for medical devices.
· RoHS Compliance: Adheres to environmental safety standards for hazardous substances.