HMT 161390 Expiratory Valve membrane for HMT C1/T1/MR1 ventilator

HMT 161390 Expiratory Valve membrane for HMT C1/T1/MR1 ventilator

The HMT 161390 Expiratory Valve Membrane is a high-performance, reusable diaphragm engineered specifically for the HMT C1, T1, and MR1 intensive care and transport ventilators. Serving as the critical sealing element within the expiratory valve assembly, this precision component ensures airtight isolation between the patient breathing circuit and the ventilator's internal exhaust pathways. Crafted from durable, medical-grade elastomers, it is designed to withstand repeated autoclave sterilization cycles while maintaining optimal flexibility. This OEM-specification membrane restores reliable respiratory mechanics, making it an essential consumable for maintaining peak ventilator performance.

Specification of ventilator parts:

Description of ventilator parts:

This expiratory membrane is extensively deployed across Intensive Care Units (ICUs), Emergency Departments, and MRT Suites where HMT C1/T1/MR1 platforms provide life-sustaining respiratory support. It acts as a vital clinical consumable, enabling biomedical teams and respiratory therapists to swiftly replace worn components to prevent cross-contamination and ensure device readiness. Its robust design supports continuous operation during high-acuity patient care, accommodating the highly sensitive breathing patterns of critically ill patients requiring precise pressure and volume regulation during prolonged mechanical ventilation.

Advantage:

The 161390 membrane distinguishes itself through its advanced chemical inertness, safely withstanding exposure to hospital-grade disinfectants and high-temperature autoclave cycles without degrading or warping. Its precision-molded geometry guarantees a flawless, zero-leak seal, effectively preventing cross-contamination and pressure drift during critical ventilation phases. The highly elastic material offers exceptional fatigue resistance, maintaining its structural integrity over millions of flex cycles without permanent deformation. Furthermore, its standardized OEM fitment allows for quick, tool-assisted replacement, minimizing equipment downtime and streamlining preventive maintenance protocols.