HUGUARD 8P100 Particulate Filter is a high-efficiency PPE accessory engineered for robust defense against both oil and non-oil particulates in industrial environments. Certified to EN 143:2021 P3 standards, it features a patented bracket design and multi-layer filtration technology, making it a reliable choice for seamless integration with compatible HUGUARD respirators in high-particulate work scenarios.
Key Benefits:
- Multiple Filtration Technology: Low-resistance melt-blown layer ensures both high filtration efficiency and easy breathing; multi-layer cotton layers provide high dust capacity and extended service life
- Patented Bracket Design: Optimized for airflow, achieving low resistance while maximizing material utilization to ensure high filtration efficiency
- Versatile Product Series: Can be configured with high-efficiency coconut shell activated carbon for nuisance-level organic vapor or acid gas relief (for 8P100-OV/8P100-AG)
- Long-lasting Performance: Delivers durable, consistent protection with low breathing resistance for extended wear during long shifts
Protection & Use:
This P3-grade particulate filter provides high-efficiency protection against oil and non-oil particulates, with long-lasting performance and low breathing resistance. Designed for use with compatible HUGUARD respirators, it is ideal for industrial applications such as welding, grinding, mining, casting, and metal smelting where reliable particulate filtration is critical for worker safety.
Specification:
- Product Name: HUGUARD 8P100 Particulate Filter
- Function: High-efficiency filtration of oil and non-oil particulates (P3 grade)
- Certifications: EN 143:2021 P3
- Protection Range: Oil and non-oil particulates; long-lasting performance with low breathing resistance
- Packaging: 2 pieces per bag; 100 pieces per case
- Type: Particulate Respirator Filter Accessory
- Compatibility: Works with compatible HUGUARD respirators
- Application: Welding, grinding, mining, casting, metal smelting, and other high-particulate industrial work
