Teleflex Pediatric Elongated Medium Concentration Mask

What is 921042-Each Teleflex Pediatric Elongated Medium Concentration Mask?

The 921042-Each Teleflex Pediatric Elongated Medium Concentration Mask is a medical-grade oxygen mask engineered specifically for pediatric patients. Designed for individual use, this elongated mask ensures a secure and comfortable fit on smaller faces, supporting effective oxygen therapy. Priced at just $1.99 each, it's a cost-efficient solution for clinics, hospitals, and home care environments requiring reliable respiratory support for children.

Key features

• Pediatric Design — Contoured shape fits children's facial structure comfortably.
• Elongated Profile — Extends coverage for better seal and reduced oxygen leakage.
• Medium Concentration — Delivers 40-60% oxygen concentration at appropriate flow rates.
• Single-Use Construction — Promotes hygiene and infection control in clinical settings.
• Nasal Bridge Flexibility — Adjustable nose piece enhances seal and fit.
• Universal Fit — Compatible with standard oxygen tubing and flow meters.
• Latex-Free Material — Reduces allergy risk for sensitive patients.

Who is 921042-Each Teleflex Pediatric Elongated Medium Concentration Mask for?

This mask is ideal for healthcare providers managing pediatric respiratory conditions such as asthma, bronchiolitis, or post-operative oxygen needs. It's also suitable for emergency responders and home caregivers supporting children requiring supplemental oxygen. Its design ensures comfort during extended use, making it appropriate for both acute and recovery-phase care.

How does 921042-Each Teleflex Pediatric Elongated Medium Concentration Mask compare?

Compared to standard pediatric masks, the elongated design offers improved sealing and reduced dead space, enhancing oxygen delivery efficiency. Unlike generic or non-medical masks, it meets clinical standards for oxygen concentration accuracy and patient safety. While more costly than basic nasal cannulas, it provides higher oxygen concentrations necessary for moderate respiratory distress, bridging the gap between low-flow and high-concentration systems.