Product Features
1. Shape Characteristics:The product looks like an irregular disc overall. Its surface has many small holes. These holes are arranged evenly. There’s a partition structure in the middle. This structure divides the gasket surface into different areas.This structural design does two things: it makes the gasket’s functional performance better, and it matches the precision manufacturing standards of Medical Grade Silicone Seals and Sterile Medical Seals.
2. Functions
1)Filtration:The small holes on the surface work as a first step to filter gas. This gas is the one that goes into medical respiratory equipment. The holes block large particles. Like dust and other dirty things.If these things got into the equipment interior, they might affect how the device works normally. They might also be inhaled by patients along with the gas. The gasket stops this. This is an essential protective function. It helps meet the hygienic requirements of Respiratory and Related Equipment Accessories.
2)Gas Distribution and Buffering:The gasket has a partition structure and many small holes. These help spread gas more evenly. So gas can flow smoothly into the next parts of the equipment. Or it can be inhaled by patients easily.This reduces the impact of airflow and stops airflow from changing suddenly. It makes sure breathing is smooth. This functional advantage makes the operational stability of Respiratory Seals and Nebulizer Sealing Components systems better.
3)Adaptation and Fixation:The edge of the gasket has block-shaped structures that stick out outward. These structures can fit exactly with specific parts of medical respiratory equipment. They work to position and fix the gasket.This makes sure the gasket stays stably in the equipment. It won’t move easily or fall off. So it protects the overall sealing performance of the device and keeps it working normally. This matches the assembly reliability requirements of Medical Device Seals.
3. Required Characteristics
1)Biocompatibility:The gasket is in close contact with the gas patients breathe. So its material must have great biocompatibility. It should be non-toxic and harmless. It won’t cause bad reactions like allergies or irritation. This makes sure patients are safe and comfortable when using it. This is a basic requirement for all Medical Grade Silicone Seals and Respiratory Seals that touch the respiratory system.
2)Breathability and Filtration:It has to meet two needs at the same time. First, it must let gas pass through well—so it won’t stop the normal flow of gas. Second, it must be able to filter to some degree. It needs to block harmful small particles effectively. Also, when it’s being used, it shouldn’t make the gas flow resistance much higher because of filtration. This balance of breathability and filtration is special to gaskets in respiratory systems. It makes them different from Medical Vial Cap Seals and other sealing products.
3)Corrosion Resistance and Stability:In medical environments, the gasket may meet some chemical substances. Like disinfectants and cleaning agents. It may also face environmental conditions like changing temperatures and humidity. The gasket should be able to stand these things. It won’t get old, change shape, or get damaged easily during long-term use. It keeps its physical and chemical properties stable. So it works reliably. This durability is as good as that of high-quality Sterile Medical Seals.
4)Ease of Cleaning and Disinfection:It should be easy to clean and disinfect. After each use, you can remove the dirty things on its surface quickly and effectively. Like dirt and bacteria that stick to it. The process of cleaning and disinfection won’t damage the gasket’s own performance. This feature is critical for Breathing Equipment Gaskets to meet the standards of repeated use in medical settings.
5)Strong Adaptability:Its size and shape must fit the medical respiratory equipment it matches exactly. This makes installation and disassembly easy. At the same time, when the equipment is working, the gasket should keep good sealing performance. It won’t let gas leak out—because that would affect how well the equipment works. This adaptability and sealing reliability match the core performance indicators of Medical Device Seals for respiratory applications.
