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Intersurgical Inter-Therm HME Filter

Intersurgical Inter-Therm HME Filter

The Inter-Therm HME Filter (HMEF) is Intersurgical’s trade name for a Heat and Moisture Exchanger Filter – a standard breathing circuit device that helps maintain airway humidity while preventing bacterial and viral cross-contamination.

The Inter-Therm HME Filter by Intersurgical is designed with wound paper HME media, delivering excellent humidification and low resistance to airflow. It is lightweight, compact, and compatible with standard ventilator tubing, anesthesia machines, catheter mounts, and elbow connectors.

Key Benefits:

  • Provides effective humidification during anesthesia and mechanical ventilation

  • Offers high filtration efficiency for infection control

  • Low resistance ensures comfortable patient breathing and ventilator performance

  • Available in multiple designs for use in ICU, operating theatre, and emergency ventilation

Shah Trading Corporation is a trusted distributor and supplier of Inter-Therm HME Filters in India, serving hospitals, surgical centers, and critical care facilities.

Product Reference No: 1341 | Brand: Intersurgical Ltd, UK

Specifications:

Filtration efficiency

>99.998%

Moisture loss

6 mg H2O/l

Calculated moisture return

32.3 mg H2O/l

Resistance at 30L/min

1.6 cm H2O

Resistance at 60L/min

2.7 cm H2O

Compressible volume

57 ml

Weight

30 g

Connectors

22F/15M-22M-15F

Minimum tidal volume

>180ml
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Frequently Asked Questions

How does Inter-Therm HME Filter differ from basic HME filters?

The Inter-Therm uses wound paper HME media, offering better humidification with lower resistance, ensuring both safety and patient comfort.

Can it be used with any ventilator circuit?

Yes, the Inter-Therm HMEF is designed to connect easily via catheter mounts or elbows and is compatible with most standard ventilator circuits.

How is the Inter-Therm HME Filter connected?

It can be easily attached to ventilator tubing using a catheter mount or elbow connector, making it compatible with most standard breathing circuits.