The Optrel e3000X PAPR Filter is designed for use with the Optrel e3000X Powered Air Purifying Respirator (PAPR). This respirator system provides enhanced protection against various airborne contaminants by supplying clean, filtered air to the wearer. HEPA/TH3 master particulate filter replacement for the e3000x system, HEPA class H13, filters out a minimum of 99.95% of particles from the air. This filter comes standard in the e3000x PAPR unit.

Key Features of the Optrel e3000X PAPR Filter:

1. High Filtration Efficiency: The Optrel e3000X PAPR filter is designed to remove airborne particulates, gases, and vapors from the air before it is supplied to the user. This ensures a higher level of safety in environments where workers may be exposed to harmful dust, fumes, or toxic gases.

2. Advanced Filtration Technology: The filter includes a combination of pre-filters and main filters, typically equipped with an H13 HEPA filter and an optional carbon filter for gas and vapor protection. The H13 HEPA filter is highly efficient at trapping fine particulate matter, capturing at least 99.95% of airborne particles.

3. Comfort and Airflow: The Optrel e3000X system is designed to provide a comfortable airflow that helps maintain cooling for the wearer, which is particularly beneficial in hot and demanding work environments. The positive pressure airflow creates a constant clean air supply, reducing the risk of inhaling hazardous substances.

4. Integrated Protection: The PAPR filter system offers full-face or half-face protection depending on the type of headgear chosen. This integration of the filter with the headgear ensures that both respiratory and facial protection are provided, offering an extra layer of safety for the worker.

The Optrel e3000X PAPR filter is an integral part of the Optrel e3000X respirator system, designed to offer superior filtration, comfort, and protection in hazardous work environments. With its high-efficiency filters and durable construction, it provides essential respiratory protection, enhancing worker safety and performance in demanding conditions.