Portex Thermovent T2 HME Filter with Oxygen Port

The Smiths Medical Portex Thermovent T2 HME Filter is a high-performance heat and moisture exchanger (HME) designed to provide effective airway humidification for patients requiring respiratory support. It helps retain heat and moisture from exhaled air, maintaining optimal hydration of the respiratory tract and improving breathing comfort.

Equipped with an integrated oxygen and suction port, this device allows oxygen delivery and airway access without disconnecting the circuit—enhancing safety and convenience in critical care settings.

Its compact, lightweight, and patient-friendly design makes it suitable for use in ICU, ventilator support, and tracheostomy care, while reducing the risk of airway dryness and irritation.

Key Features

✔️ Heat & Moisture Exchanger (HME) Technology
✔️ Integrated Oxygen & Suction Port
✔️ Maintains Airway Humidity
✔️ Compact, Lightweight & Easy to Use
✔️ Reduces Dryness & Irritation
✔️ Suitable for ICU & Home Care
✔️ Sterile & Disposable

Who Should Use It?

👥 Recommended for:

• Ventilator-supported patients
• Tracheostomy patients
• ICU respiratory care
• Post-surgical breathing support
• Home care respiratory management

Product Details

• Brand: Smiths Medical Portex
• Model: Thermovent T2
• REF No.: 100/570/022
• Product Type: HME Filter
• Port: Oxygen & Suction Port
• Sterility: Sterile
• Usage: Single Use
• Standard: ISO 9360-2

💡 How It Works

The HME filter captures heat and moisture from exhaled air and reuses it during inhalation, which:

• Maintains airway hydration
• Reduces irritation and dryness
• Supports natural respiratory function

The oxygen port allows direct oxygen delivery without interrupting airflow.

Benefits

• Enhances breathing comfort
• Maintains natural airway moisture
• Allows easy oxygen administration
• Helps prevent airway complications
• Suitable for hospital and home care

💬 Why Buy from Medineeds?

At Medineeds, we offer trusted, high-quality respiratory care products to ensure patient safety and