Shenzhen Pray-med Technology Co.,Ltd
Shenzhen Pray-med Technology Co.,Ltd,Heart with sincerity, good service every customer is our highest goal
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Repetitive Single Line Active Exhalation Valve PAP Active Exhalation Circuit Exhaust Valve Check Valve
| Type | Active Exhalation Valve |
| Usage/Application | Hospital |
| Brand | ShineBall |
| Cable Material | plastic |
| sample | available |
Active Exhalation Control Technology – Utilizes an advanced Active Exhalation Valve design for precise expiratory flow
regulation.
Compatible with various PAP systems – Compatible with CPAP, BiPAP, ventilators, and other positive pressure respiratory
support devices.
Single Line Design – Streamlines tubing, reducing resistance and leak risk.
Highly Sensitive Valve Response – Real-time sensing of the patient's respiratory cycle ensures smooth and natural
transitions between inhalation and exhalation.
Precise Pressure Control – Stably maintains the set expiratory pressure, enhancing the comfort and effectiveness of
respiratory therapy.
Low-Resistance Expiratory Pathway – Specialized airway design reduces expiratory pressure and improves the
patient's ventilation experience.
Highly Sealed Structure – Prevents backflow of external air, ensuring stable positive pressure therapy delivery.
Durable Medical-Grade Materials – Made of high-temperature and corrosion-resistant medical silicone and polycarbonate.
Built to withstand frequent use, suitable for long-term use in hospitals, ICUs, and home therapy settings.
High-Temperature or EO Sterilizable: Compatible with high-temperature steam sterilization and ethylene oxide
sterilization for safety and hygiene.
Anti-Backflow Check Valve: A built-in check valve prevents backflow and cross-infection.
Lightweight Design: Compact and lightweight, reducing burden on the patient's mask and tubing.
Highly Compatible Interface: Compatible with breathing circuits and valve components from multiple brands for easy installation.
High Airtightness Test Pass Rate: Each valve undergoes leak and flow calibration testing before leaving the factory.
Optimized Fluid Dynamics: Improves airflow efficiency, ensuring faster ventilator response time.
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