Medical coating
Surgical instrument coating: Coating the surface of surgical instruments with silicone resin can provide good lubrication, facilitate operation, reduce tissue adhesion, reduce wear and tear during use, and improve the service life of instruments. At the same time, the antibacterial and corrosion-resistant properties of silicone resin help maintain the cleanliness and hygiene of instruments.
Dental instrument coating: applied to dental drills, tweezers, and other instruments, it can prevent rust and corrosion on the surface of the instruments, and its biocompatibility can avoid irritation to oral tissues, reducing discomfort for patients during treatment.
Suture coating: Silicone coating can make the suture smoother, easier to pass through tissues, reduce tissue damage, and also have a certain antibacterial effect, reducing the risk of infection and helping wound healing.
Medical Adhesives 
Artificial joint fixation: Used to fix artificial joints, silicone adhesive, with good biocompatibility, moisture resistance, and high and low temperature resistance, can form a strong connection between the joint and the bone, ensuring that the artificial joint can function stably in the body for a long time and withstand the pressure and friction generated by human movement.
Adhesive bonding of bone fixation devices: For bone fixation devices used in situations such as fractures, such as steel plates, screws, etc., silicone resin adhesive can enhance the fixation effect, make the fixation device better fit with the bone, promote bone healing, and adapt to various physiological activities of the human body during rehabilitation.
Artificial organ manufacturing
Heart valve: Artificial heart valves made of silicone resin have good flexibility and mechanical properties, can simulate the opening and closing function of natural heart valves, work normally in blood circulation, and have good biocompatibility, which can reduce the occurrence of complications such as blood coagulation and immune reactions.
Lung membrane: It can be used to manufacture lung membranes in artificial lungs, with good breathability and gas exchange performance. It can effectively exchange oxygen and carbon dioxide during extracorporeal circulation, providing respiratory support for patients.
Bladder: Silicone artificial bladder has suitable elasticity and capacity, can replace diseased or damaged bladder tissue, store and discharge urine, meet the physiological needs of patients, and its biodegradability can to some extent avoid problems caused by long-term implantation.
Medical dressings
Wound dressing: Silicone wound dressing can provide a moist and breathable environment for the wound, which is conducive to wound healing, prevents wound infection, promotes cell growth and tissue repair, and has good adhesion to the wound surface. It is not easy to damage newly formed tissue when changing the dressing.
Burn dressings: For burn wounds, silicone dressings have good moisturizing and thermal insulation properties, which can reduce pain, prevent moisture loss from the wound, and block the invasion of external bacteria and pollutants, creating favorable conditions for the healing of burn wounds.
Wound care film: Silicone wound care film can form a protective layer on the surface of the wound, providing isolation and protection to prevent secondary injuries such as friction and collision. It also has certain antibacterial and breathable properties, which helps with wound recovery.
Medical device manufacturing
Oxygen mask: The silicone material oxygen mask is soft and comfortable, closely adheres to the face, can effectively deliver oxygen, and has good breathability and corrosion resistance, ensuring safety and reliability during long-term use.
Medical gloves: Silicone medical gloves have good elasticity and flexibility, are easy to wear, provide sensitive touch, and are convenient for medical staff to perform various operations. At the same time, they have good biocompatibility and are not prone to allergic reactions, effectively protecting the hand safety of medical staff.
Catheters: such as urinary catheters, vascular catheters, etc. Silicone catheters have low irritation to human tissues, high biocompatibility, and can be used in the body for a long time. Their smooth surface can reduce tissue damage, lower the risk of infection and thrombosis, and ensure the smooth and normal function of the catheter in the body.
Biosensors
Glucose sensor: using the biocompatibility and chemical stability of silicone resin, bioactive substances such as glucose oxidase can be fixed on the surface of the sensor to detect the glucose concentration in the organism and provide an accurate and convenient means for blood glucose monitoring of diabetes patients.
EMG sensor: Silicone resin can be used as a packaging material and insulation material for EMG sensors, effectively protecting the electronic components inside the sensor while ensuring good contact and signal transmission between the sensor and the skin, accurately measuring muscle electrical activity, and used in rehabilitation therapy, exercise monitoring, and other fields.
Denture manufacturing
Silicone resin can be used to make dentures, such as dentures made of light cured silicone resin, which have a similar color and appearance to natural teeth, high aesthetic appeal, as well as high strength and wear resistance, and can adapt to different oral environments and bite relationships, providing patients with a comfortable and natural chewing experience

Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K. 
High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.