3M 9300 Series, FFP2 Disposable Respirator 1 Per Pack per Package Moulded

This disposable respirator offers essential respiratory protection within the respiratory protection equipment category. Compliant with European standards, it effectively filters solid and non-volatile liquid particles, ensuring safety in various industrial settings. It features a moulded design, is white in colour, and comes packed as a single unit, making it easy to carry and store.

• Filters out 94% of Airborne particles to ensure a high level of protection
• Moulded design provides excellent fit and comfort for extended wear
• Non-valved construction eliminates the risk of exhaled Air escaping
• Complies with EN 149:2001+A1:2009, ensuring reliable performance
• Lightweight design ensures minimal fatigue during extended use
• Clogging resistance meets strict safety standards to maintain effectiveness

• Utilised in environments with dust, such as construction sites
• Suitable for tasks involving non-volatile liquid chemicals
• Ideal for use in electronics manufacturing to prevent particulate hazards
• Appropriate for mechanical maintenance where fine dust is prevalent
• Effective in automation and electrical industries for worker safety

When choosing this respirator, consider the specific airborne particles present in your work environment and ensure that the FFP2 NR D classification meets your safety requirements. It is essential to be aware of local regulations regarding respiratory protection as well.

Achieving a proper fit involves ensuring the respirator is fully unfolded, placing the straps correctly over your head, and moulding the nose clip to conform to the shape of your nose. Always conduct a seal check before entering a hazardous area to confirm no leaks around the edges.

This respirator is classified as non-reusable (NR) and is intended for use in a single shift. It should be discarded after use to maintain hygiene and effectiveness, particularly in contaminated environments.

This respirator is not suitable for use in atmospheres containing less than 19.5% oxygen. Users must assess the environment and follow safety protocols to avoid exposure to potentially life-threatening conditions.