BLS Zer0 FFP3 Disposable Mask with Activated Carbon, Full Gasket & Valve
The BLS Zer0 32 C Flame Retardant 8006342 is a high-performance FFP3 R D disposable mask designed for demanding industrial environments. Featuring an activated carbon layer, Eolo® exhalation valve, full-face gasket and flame-resistant construction, it delivers effective respiratory protection with exceptionally low breathing resistance. Its anatomical cup-shaped design and adjustable sliding elastics provide a secure and comfortable fit for extended wear.
The respirator incorporates an Armour® protective layer to shield the filter media from dirt, dust, liquids and mechanical stress, helping to maintain filtration performance throughout use. The soft technical foam gasket enhances comfort while creating a reliable seal against the face. The activated carbon layer helps reduce nuisance odours from organic and acidic gases and vapours, including ozone, making it suitable for applications such as welding where concentrations remain below the Threshold Limit Value (TLV).
Specifications
- Brand: BLS
- Model: Zer0 32 C Flame Retardant
- Product Code: 8006342
- Respirator Type: Disposable Cup-Shaped Respirator
- Protection Class: FFP3 R D
- Protection Factor (FPN): 50 x TLV
- Exhalation Valve: Eolo® Valve
- Activated Carbon Layer: Yes
- Flame Resistant: Yes
- Elastics: Adjustable Sliding Elastics
- Gasket: Full Soft Foam Gasket
- External Protection Layer: Armour® Layer
- Water Vapour Transmission Rate: 4500 g/m² / 24 hrs
- Packaging: 5 Pieces per Box
- Carton Quantity: 8 Boxes per Carton (40 Pieces Total)
Applications
- Welding operations
- Metal fabrication
- Industrial manufacturing
- Construction environments
- Dust-intensive work areas
- General particulate protection with nuisance odour relief
Usage Note
Ensure the respirator is properly fitted before use. Suitable for protection against particulates and nuisance odours from gases and vapours below the applicable TLV. Replace the mask if damaged, excessively contaminated or breathing resistance increases.

