Introduction
It emphasizes that silicone rubber, as a high-performance polymer material, plays a key role in many fields.
It points out that gas phase silicone rubber and precipitated silicone rubber have different application fields due to their different properties, and leads to a discussion on the application comparison of the two.
Application in the medical field
Gas phase silicone rubber
Its application in medical implants, such as pacemaker insulation seals, artificial joint components, etc., is explained based on its high purity, good biocompatibility and aging resistance.
It explains its use in disposable medical supplies such as medical catheters, because of its high transparency, suitable softness and easy processing and molding.
Precipitated silicone rubber
It explores its application in some conventional medical consumables such as rubber plugs and drainage tubes, relying on its cost advantage and performance that basically meets the requirements of use.
Analyze the limitations of precipitated silicone rubber in the medical field, and compare it with gas phase silicone rubber in terms of biocompatibility and other deficiencies.
Application in the field of electronics and electrical
Gas phase silicone rubber
Introduces its application in electronic potting glue, because of its excellent electrical insulation performance, high and low temperature resistance and aging resistance, it can effectively protect electronic components.
Explain the use of keypad glue, high elasticity and good touch make it suitable for all kinds of electronic product keys.
Precipitated silicone rubber
Describe the application in some common electronic accessories such as wire and cable sheath, insulating gasket, etc., taking advantage of its certain electrical insulation and low cost.
Compare the performance gap and application limitations of precipitated silicone rubber and vapor phase silicone rubber in high-end electronic and electrical application scenarios.
Application in the field of food and daily necessities
Vapor phase silicone rubber
Describe the application in food-grade silicone products such as baby pacifiers, cake molds, etc., based on its non-toxic and tasteless, compliance with food hygiene standards and good temperature resistance.
Explain the use in high-end beauty and hairdressing tools such as curling iron insulation sleeves, silicone masks, etc., because they are soft and comfortable, high temperature resistant and easy to clean.
Precipitated silicone rubber
Analyze the application in some common kitchen supplies such as silicone gloves, dishwashing brushes, etc., because of its low cost, certain water resistance and flexibility.
Compare the reasons why precipitated silicone rubber is relatively weak in the high-end market of food and daily necessities, such as the gap in appearance and hygienic performance.
Application in the industrial field
Vapor-phase silicone rubber
Discuss the application in high-end industrial fields such as aerospace and automotive seals, relying on its excellent high and low temperature resistance, aging resistance and high strength performance.
Describe the use in some precision instrument shock-absorbing components, taking advantage of its high elasticity and stability.
Precipitated silicone rubber
Describe the application in general industrial rubber products such as ordinary sealing rings, rubber pads, etc., to meet basic sealing and shock absorption needs with controllable costs.
Compare the shortcomings of precipitated silicone rubber in high-end industrial applications compared with vapor-phase silicone rubber in terms of performance stability and long-term reliability.
Conclusion
Summarize the application characteristics and advantages of vapor-phase silicone rubber and precipitated silicone rubber in different fields.
Emphasis on the necessity of further research and expansion of the performance and application of the two silicone rubbers with the development of various industries.