Medical-Grade Oxygen Aerosol Spray Valve for Hospital Ventilators with Precision Flow Control

Product Description:

The Medical-Grade Oxygen Aerosol Spray Valve is engineered to deliver precise oxygen dispersion in critical healthcare environments. Designed for integration into hospital ventilators and respiratory therapy equipment, this valve ensures accurate oxygen delivery through its precision flow control mechanism. Constructed with biocompatible stainless steel and FDA-approved polymers, it guarantees sterility and durability in high-demand ICU settings. The leak-proof seal prevents oxygen loss, while the aerosolization nozzle creates a fine mist for optimal patient absorption. Compatible with CPAP machines and neonatal incubators, it supports both adult and pediatric care. Rigorously tested for pressure resistance (up to 50 PSI), this valve is ideal for managing COPD, post-surgical recovery, and emergency respiratory support.

Bullet points:

• Precision flow control ensures consistent oxygen delivery for ventilators.

• Biocompatible materials meet FDA and ISO 13485 medical standards.

• Leak-proof design minimizes waste in high-pressure systems.

• Aerosolization nozzle optimizes mist particle size (5–10 µm).

• Easy sterilization via autoclave or UV-C light.

Specific application scenario:

Used in ICU ventilators to administer oxygen therapy for COVID-19 patients with acute respiratory failure.

Specifications:

Applications:

is mainly used for oxygen tin cans

FAQ:

1. Is this valve compatible with neonatal ventilators?
   Yes, includes adapters for neonatal and pediatric equipment.

2. How often should the aerosolization nozzle be replaced?
   Every 6 months or after 1,000 hours of continuous use.

3. Does it require lubrication for smooth operation?
   No, self-lubricating seals ensure maintenance-free performance.

4. Can it handle liquid oxygen (LOX) systems?
   Designed for gaseous oxygen only.

5. Is the valve resistant to disinfectant chemicals?
   Yes, materials withstand ethanol, hydrogen peroxide, and UV exposure.