About Oxygen Regulator O-Ring Kit
An oxygen regulator is a device used to control the flow of oxygen, often used in medical, industrial, and scientific applications. The oxygen regulator O-ring kit can play a good sealing role to ensure the stability and safety of oxygen flow.
| Material | PTFE |
| Dichte | 2.15-2.20 g/cm³ |
| Härte | 70~90 Shore A |
| Zugfestigkeit | 10~30MPa |
| Anwendungsdruck | ≤6.4MPa |
| Temperatur | -50~260°C |
Prinzip der Versiegelung
The sealing principle of the oxygen regulator O-ring kit is based on the compression effect of the O-ring and the friction seal.
First, the O-ring will be compressed during installation, allowing it to develop initial sealing capability. This compression effect causes the O-ring to fit tightly at the interface of the oxygen regulator, thereby preventing oxygen leakage.
Secondly, the rubber material of the O-ring seal has a certain degree of adhesion and can form a certain amount of friction with the sealing surface. This friction can prevent the medium from sliding along the interface under pressure, further enhancing the sealing effect.
When system pressure acts on the oxygen regulator, the pressure on the O-ring causes it to deform more, forming a tighter fit with the interface. At the same time, the system pressure will also increase the friction between the O-ring and the interface, thereby providing a better sealing effect.
Vorteile
Oxygen regulator O-ring kits offer several advantages, here are some of the main ones:
1. Good sealing effect: The O-ring kit has good sealing performance, which can effectively prevent oxygen leakage or external air from entering, thereby ensuring the normal operation and safety of the oxygen regulator.
2. Strong adaptability: The O-ring kit can adapt to the interface size and shape of various oxygen regulators, and can be adapted to different application scenarios through different installation methods.
3. Good oxygen resistance: Since O-ring kits are usually made of highly oxygen-resistant materials, they have good oxygen resistance and can remain stable in an oxygen environment and will not be affected by oxygen and deteriorate or age.
4. Low cost: The cost of O-ring kits is relatively low and easy to purchase, which can save certain costs in the medical, industrial and scientific fields.
5. Easy to install: The installation part of the O-ring kit is compact and lightweight. It can be easily installed at the interface of the oxygen regulator, and can be pressed with appropriate pressure to ensure that it fits tightly with the interface.
Anmeldung
Oxygen regulator O-ring kit is widely used in medical, industrial and scientific fields. The following are its specific application scenarios:
1. Medical field: In the medical field, oxygen regulators are widely used to provide patients with appropriate concentrations of oxygen to support their breathing. As an important accessory of the oxygen regulator, the O-ring kit can ensure the stability and safety of oxygen flow and avoid oxygen leakage or external air intrusion.
2. Industrial field: In the industrial field, oxygen regulators are used in various applications that require oxygen flow control, such as chemical industry, metallurgy, aerospace, etc. In these applications, O-ring kits can provide a good seal to ensure stable and safe oxygen flow.
3. Scientific field: In the scientific field, oxygen regulators are used in various experiments that require controlling oxygen flow, such as combustion experiments, biomedical experiments, etc. In these experiments, the O-ring kit ensures accurate control and stable supply of oxygen flow.
Anweisungen für den Gebrauch
Instructions for using the oxygen regulator O-ring kit are as follows:
1. Prepare tools and materials: oxygen regulator, O-ring kit, wrench, cleaner, lubricant, etc.
2. Clean the oxygen regulator and O-ring kit: Use detergent to clean the oxygen regulator and O-ring kit to ensure that the surface is free of dust and dirt.
3. Apply lubricant: Apply an appropriate amount of lubricant to the surface of the O-ring kit to enhance its sealing performance.
4. Install the O-ring kit: Place the O-ring kit at the interface of the oxygen regulator to ensure that it is intact. Then, use a tool such as a wrench to tighten it to ensure it fits snugly into the interface.
5. Check the sealing performance: Check the sealing performance of the O-ring kit to ensure that there is no oxygen leakage or external air entry.
6. Maintenance and maintenance: During use, you need to pay attention to the maintenance and maintenance of the oxygen regulator and O-ring kit, and check their status and performance regularly. If there is damage or aging, it needs to be replaced in time.
