Oxygen Tubing Y Connector by Salter Labs
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Description
Oxygen Tubing Y Connector by Salter Labs - Overview
The Oxygen Tubing Y Connector by Salter Labs is a high-quality accessory designed to connect two O2 sources together for higher flows when the sources are close together. This Y connector features green tubing that is bonded to the "Y" shape, ensuring durability and reliability.
Features and Benefits
- Durable Construction: The Oxygen Tubing Y Connector is made with high-quality materials, ensuring long-lasting performance.
- Increased Flow: By connecting two O2 sources together, this Y connector allows for higher flows, providing enhanced oxygen delivery.
- Easy to Use: The ribbed end fitting ensures a secure connection, making it easy to attach and detach the tubing as needed.
- Latex-Free Design: Our Oxygen Tubing Y Connector is not made with natural rubber latex, reducing the risk of allergic reactions for sensitive individuals.
Frequently Asked Questions
Is this product compatible with all oxygen sources?
Yes, the Oxygen Tubing Y Connector by Salter Labs is compatible with most standard oxygen sources. However, we recommend consulting your healthcare provider or medical professional for specific compatibility information.
Can I use this Y connector for both home and portable oxygen concentrators?
Absolutely! The Oxygen Tubing Y Connector can be used with both home-based oxygen concentrators and portable devices. It provides flexibility in connecting multiple sources for increased flow rates.
How long is the tubing included with this product?
This Y connector comes with two 7-foot bonded green tubing pieces. This length offers ample reach and allows for convenient positioning of your oxygen sources.
Experience enhanced oxygen delivery with the Oxygen Tubing Y Connector by Salter Labs. Its durable construction, increased flow capabilities, and latex-free design make it a reliable choice for individuals requiring supplemental oxygen therapy. Connect your O2 sources with ease and enjoy the benefits of improved oxygenation.
