
Protection redefined
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RS1 SUPER MASK: One Step Closer to Change
Patent Pending
Product Overview
The RS1 SUPER MASK is an innovative personal protective device designed with advanced features to enhance breathability, durability, and filtration performance. While not NIOSH- or FDA-approved for medical use, the mask incorporates BFE 95-rated filter material, tested by Nelson Labs, which achieves 95% particle filtration efficiency down to 0.1 microns, in accordance with ASTM F2101-19 and EN 14683:2019 standards.
Key Features
- Long-Term Use:
Reusable for up to 5 years with proper care. Made from medical-grade PVC, which has no expiration under standard storage conditions.
- Advanced Filtration System:
- BFE95 Filter Media: High-efficiency filtration comparable to HEPA standards.
- Protected by a durable plastic shell.
- Filter is replaceable based on breathability or visual wear.
- Self-Cleaning Concept:
A first-of-its-kind design allows the filter to move with the user's breath, potentially dislodging particles through natural air vibration, enhancing breathability, and contributing to a self-cleaning effect.
- Leak Prevention:
The filter is held securely within a sealed casing to stop air leakage.
The flexible center of the filter enhances movement and adaptability.
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Dynamic movement creates or replenishes electrostatic charges on the filter fibers, increasing their ability to attract and trap airborne particles, including BFE95 material
When the filter fibers within an air filter move dynamically, they can create or replenish electrostatic charges on their surfaces
. These charges enhance the filter's ability to attract and trap airborne particles, including fine particulate matter like BFE95 material.
Here's a breakdown of the process:
- Electrostatic Charge Generation: Dynamic movement, like air flowing through the filter or rubbing of fibers (triboelectric charging), can generate or refresh the electrostatic charges on the filter media.
- Enhanced Filtration: Once charged, the filter fibers act like tiny magnets, attracting oppositely charged airborne particles through electrostatic attraction. This is particularly effective for trapping smaller particles that might otherwise slip through the filter's mechanical pores.
- Relevance to BFE95 Material: This process is crucial for filtering fine particulate matter like bacteria and viruses, which are often the concern with materials like BFE95. The electrostatic charges on the filter fibers can effectively capture these small particles, improving the overall filtration efficiency.
In simpler terms, dynamic movement helps to keep the filter "charged up", allowing it to more effectively draw in and trap microscopic particles that would otherwise bypass a purely mechanical filter.
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