Rubber seals can also be seen everywhere in the medical industry. Medical rubber stoppers, medical infusion rubber stoppers, antibiotic rubber stoppers, antibiotic stoppers, vaccine stoppers, syringe pistons, etc. all need rubber seals, and these rubbers have Non-toxic, tasteless, corrosion resistance, etc., very suitable for medical supplies.
Les stéthoscopes peuvent fournir aux travailleurs médicaux des effets d'auscultation de haute qualité, et les joints pour stéthoscopes, qui font partie du stéthoscope, présentent les caractéristiques suivantes : résistance aux hautes et basses températures, isolation électrique, résistance au vieillissement, anticorrosion, absorption des chocs et simulation. Ses avantages en termes d'application peuvent apporter beaucoup de confort au personnel médical, tout en favorisant constamment les progrès de la médecine.
Rubber breathing valve on respirator
The FKM breathing valve is a vital component in the respirator system, ensuring the normal work and safety of the user. Common FKM breathing valves include a respirator inlet valve that controls the entry of outside air and a respirator exhaust valve that controls the discharge of breathing gases. Made of fluoroelastomer, these valves provide excellent sealing properties and prevent external contaminants from entering the system.
Vent valves are typically made from materials such as silicone or nitrile rubber to meet sealing, durability and reliability requirements. They usually consist of a valve body and a valve plate, which open and close during breathing to control the flow and discharge of gas. Silicone exhaust valves are mainly used in respirator systems to control the discharge of exhaled gas. They are often used in medical respirators, protective masks and other respiratory equipment that need to discharge exhaled gas.
The syringe plunger end is a crucial component of a syringe, playing a vital role in the accurate and controlled delivery of medications or fluids.
Le piston de la seringue est un composant essentiel de la seringue, qui joue un rôle crucial dans son fonctionnement.
Large piston syringes are a common medical device used to inject drugs into patients. Its main components include the syringe itself, the needle, the piston and the syringe cylinder block.
The diaphragm piston is a crucial sealing element in dental flossers, ensuring the normal flushing function. It seals the water tank and flushing valve, preventing water leakage. The diaphragm piston’s sealing performance is critical, with high-quality seals ensuring stability and efficiency. Its design and material selection undergo rigorous testing to maintain good sealing performance under different pressure and temperature conditions. Diaphragm pistons are easy to maintain and replace, making the flushing process more efficient and reducing water usage. Regular inspections and proper cleaning are recommended to maintain the seal’s quality and performance.
In the modern medical field, medical ultrasound equipment is widely used in many aspects of diagnosis and treatment due to its non-invasive, painless, safe and convenient features. However, as an important part of medical equipment, its internal sealing ring is little known, but it plays a vital role in ensuring the safe operation and accurate diagnosis of the equipment. In this article, we will introduce the working principle, material selection, production process, application and maintenance of medical ultrasonic equipment seals in detail.
The flat top piston syringe is a groundbreaking innovation in the field of medical technology. This syringe design offers numerous advantages over traditional syringes, making it an essential tool for healthcare professionals.
The syringe piston is a crucial component of a syringe, responsible for controlling the flow of fluids or medications. In this article, we will explore the various aspects of the syringe piston, its functions, materials used, and the importance of choosing the right piston for specific applications.
Propriétés physiques | Valeur nominale (métrique) | Valeur nominale (impériale) |
Proportion | 0.990 g/cc | 0.990 g/cc |
Viscosity | 1000 cP | 1000 cP |
Comportement mécanique | Valeur nominale (métrique) | Valeur nominale (impériale) |
Penetration P(0), 1/10mm | 64 | 64 |
Electrical properties | Valeur nominale (métrique) | Valeur nominale (impériale) |
Rigidité diélectrique | 20.0 kV/mm | 508 kV/in |
Facteur de dissipation | 0.00020 @Frequency 60.0 Hz | 0.00020 @Frequency 60.0 Hz |
Performances de traitement | Valeur nominale (métrique) | Valeur nominale (impériale) |
Curing time | 300 min @Temperature 23.0 °C | 5.00 hour @Temperature 73.4 °F |
Understanding Dynamic Seals Because they provide that the equipment maintains sealing function when in motion,
1.Transmission system A car's transmission system plays a crucial role in maintaining the vehicle's regular
Rubber sealing ring (also known as rubber seal or oil seal) is a kind of
Vulcanization is an important process in rubber processing. Its purpose is to improve the strength,
About Medical syringe piston seals With the development of society and people's attention to health,
About Ethylene propylene rubber Ethylene-propylene rubber has developed very rapidly since the 1960s and is
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