Portex Thermovent T2 Heat & Moisture Exchanger 11-ml Dead Space

What is SF100570022-Each Portex Thermovent T2 Heat & Moisture Exchanger 11-ml Dead Space?

The SF100570022-Each Portex Thermovent T2 Heat & Moisture Exchanger is a single-use medical device engineered to support patients on mechanical ventilation. It functions by capturing exhaled heat and moisture and returning it during inhalation, helping maintain optimal airway temperature and humidity. With an 11-ml dead space design, it reduces wasted ventilation volume, enhancing respiratory efficiency. This HME is commonly used in ICU and post-operative care environments where airway management is critical.

Key features

• Low Dead Space — 11-ml volume minimizes air trapping and improves ventilation efficiency.
• Heat and Moisture Retention — Recaptures patient’s own heat and moisture for natural airway conditioning.
• Single-Use Design — Ensures hygiene and reduces infection risk in critical care.
• Compact and Lightweight — Easy to integrate into existing ventilator circuits.
• Compatible with Standard Tubing — Fits most adult ventilation setups without adapters.
• Effective Filtration — Provides basic particulate reduction during breathing cycles.
• Latex-Free Construction — Safe for patients with latex sensitivities.

Who is SF100570022-Each Portex Thermovent T2 Heat & Moisture Exchanger 11-ml Dead Space for?

This device is intended for use in adult patients undergoing short- to medium-term mechanical ventilation, particularly in hospital or clinical environments. It benefits individuals recovering from surgery, respiratory illness, or trauma where maintaining humidified airways is essential. Healthcare providers, respiratory therapists, and critical care units rely on this HME for its consistent performance and patient safety profile.

How does SF100570022-Each Portex Thermovent T2 Heat & Moisture Exchanger 11-ml Dead Space compare?

Compared to standard heat and moisture exchangers with higher dead space (often 30–50 ml), the Thermovent T2 offers superior efficiency by reducing wasted volume, which supports better CO2 clearance. Unlike active humidification systems that require power and water, this passive HME is simpler and more portable. It performs well in short-duration ventilation scenarios but may not replace heated humidifiers in prolonged or thick-secretion cases. When compared to basic bacterial filters, it adds thermal and moisture retention without significant airflow resistance.