Filtre respiratoire 3M
- Code commande RS:
- 273-1866
- Référence fabricant:
- 6038
- Marque:
- 3M
Ce produit n’est plus distribué
- Code commande RS:
- 273-1866
- Référence fabricant:
- 6038
- Marque:
- 3M
Statut RoHS : Exempté
- Pays d'origine :
- CA
Filtres à particules (poussières) série 3M™ 6000
La cartouche filtre à particules 3M™ P2/P3 appartient à la série de filtres 3M 6000 pouvant être utilisés dans divers environnements.
Features and Benefits
Cartouche filtre à particules 3M™, série 6000
Conception avec couvercle solide pour éviter l'obstruction prématurée
Joint unique, facile à vérifier pour améliorer l'adaptabilité du masque
Couvercle haute température de protection du matériau filtrant contre la chaleur, les étincelles ou les dommages physiques
Faible résistance de respiration
Fixation à baïonnette pour un verrouillage plus sûr
Conception avec couvercle solide pour éviter l'obstruction prématurée
Joint unique, facile à vérifier pour améliorer l'adaptabilité du masque
Couvercle haute température de protection du matériau filtrant contre la chaleur, les étincelles ou les dommages physiques
Faible résistance de respiration
Fixation à baïonnette pour un verrouillage plus sûr
Filtre à particules (poussières) P2/P3 6035
Protection contre toutes les particules, y compris les particules extrêmement toxiques, et les particules à des niveaux jusqu'à 10 fois la norme d'exposition pour un demi-masque facial et 100 fois la norme d'exposition pour un masque entier.
Filtre à particules (poussières) P2/P3 6038
Protection contre les particules à des niveaux jusqu'à 10 fois la norme d'exposition pour un demi-masque facial et 100 fois la norme d'exposition pour un masque entier. Egalement recommandé pour l'utilisation contre le fluorure d'hydrogène (HF) jusqu'à 30 ppm et d'autres gaz acides comme le chlore ou le dioxyde de soufre et les vapeurs organiques.
Applications
Filtered respirator facemasks are essential PPE for environments where particle ingress can be potentially hazardous to your health, such as gas, vapours or dust. They are often more suitable for heavy-duty tasks than disposable facemasks. Replaceable respirator particulate filters are graded in different ways to indicate their suitability for different applications, such as;
• A- Organic vapours with a boiling point more than 65°C
• B- Inorganic vapours
• E- Acid gases
• K- Ammonia and ammonia derivatives
• AX- Organic vapours with a boiling point less than 65°C
Filtered respirator facemasks are essential PPE for environments where particle ingress can be potentially hazardous to your health, such as gas, vapours or dust. They are often more suitable for heavy-duty tasks than disposable facemasks. Replaceable respirator particulate filters are graded in different ways to indicate their suitability for different applications, such as;
• A- Organic vapours with a boiling point more than 65°C
• B- Inorganic vapours
• E- Acid gases
• K- Ammonia and ammonia derivatives
• AX- Organic vapours with a boiling point less than 65°C
Half-mask or full-mask respirators?
Depending on the health and safety requirements of your workplace or the demands of your application, you may need to choose between a half mask or full mask respiratory. Half mask respirators cover only the nose and mouth, while full masks cover the entire face. While both masks may have the same grade of filter, a full face mask has the benefit of sealing around the whole face, creating a more secure seal. Full face masks also have the advantage of protecting the eyes from vapours or splashing. As such, the full face mask option is often a better choice for potentially more hazardous conditions.
However, a half-mask might be a more cost-effective option if extra protection isn't needed, or might be more suitable for use in combination with specialized headgear.
Depending on the health and safety requirements of your workplace or the demands of your application, you may need to choose between a half mask or full mask respiratory. Half mask respirators cover only the nose and mouth, while full masks cover the entire face. While both masks may have the same grade of filter, a full face mask has the benefit of sealing around the whole face, creating a more secure seal. Full face masks also have the advantage of protecting the eyes from vapours or splashing. As such, the full face mask option is often a better choice for potentially more hazardous conditions.
However, a half-mask might be a more cost-effective option if extra protection isn't needed, or might be more suitable for use in combination with specialized headgear.
Correct use of respirators
When it comes to respiratory protection, the correct fitting and testing of your respirator is just as important as selecting the correct respiratory protective equipment for your working conditions. Be sure to follow all pertinent instructions and that health and safety best practice is adhered to at all times. Always be sure to use the correct filters for your environment, and make sure the replacement filters are changed as regularly as is recommended.
When it comes to respiratory protection, the correct fitting and testing of your respirator is just as important as selecting the correct respiratory protective equipment for your working conditions. Be sure to follow all pertinent instructions and that health and safety best practice is adhered to at all times. Always be sure to use the correct filters for your environment, and make sure the replacement filters are changed as regularly as is recommended.
Note
La cartouche filtre 3M™ fournit la classe de protection P3 uniquement avec le masque facial entier. Fournit la classe de protection P2 avec le demi-masque facial.
Homologations
AS/ NZS 1716:2003
Attribut | Valeur |
|---|---|
| Type de filtre | Poussières |