Flame Retardard Cellulose Dust Filtration Media For Explosive Chemical Particles
| Size: | Customizable | Type: | Non-woven Filter |
| Durability: | Strong | Filtration Efficiency: | High |
| Application: | Air Filtration | Raw Material Options: | Cellulose, Synthetic |
| Treatment: | Nanofiber | Low Pressure Drop: | Yes |
| High Light: | Explosive Chemical Particles Filtration Media,Explosive Chemical Particles Dust Filtration Media,Cellulose Dust Filtration Media |
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Flame Retardard Cellulose Dust Filtration Media For Explosive Chemical Particles
Why Do Dust Collectors Require Flame Retardant Materials?
Dust Explosion Hazards: Combustible dust (e.g., aluminum powder, wood chips, chemical particles) can trigger chain reactions when exposed to heat or electrostatic sparks.
Structural Vulnerabilities: Traditional dust collector components like filter bags and housings can rapidly ignite, accelerating fire spread.
Regulatory Compliance: Standards like NFPA 652 and ATEX mandate flame-retardant certifications for dust collection systems.
Key Features
- Advanced Composition: Made with eco-friendly Cellulose Nanofiber for enhanced filtration efficiency and sustainability.
- Flame Retardant & Corrugated Design: Ensures safety in high-risk environments and improves structural stability.
- High Durability: Burst strength of 250 kPa (TAPPI 403) guarantees longevity under demanding conditions.
- Optimized Airflow: 182 mm/s air permeability (ISO 9237) balances filtration efficiency with energy-saving airflow.
- Certified Performance: Meets F9 efficiency rating (EN 779) for superior particulate capture in industrial applications.
- Temperature Resistance: Safe for use up to 80°C, ideal for moderate to high-temperature environments.
Benefits
- Safety First: HB flame retardant grade (UL94:2023) ensures compliance with strict fire safety standards.
- Eco-Friendly: Sustainable cellulose-based material reduces environmental impact.
- Cost-Effective: Durable construction minimizes replacement frequency, lowering operational costs.
- Versatile Design: Corrugated structure (0.32mm depth, TAPPI 411) enhances surface area for improved filtration.
- Precision Engineering: Consistent thickness (0.62mm, ISO 9073) ensures reliable performance across applications.
Technical Specifications
|
Property |
Value |
Standard |
|
Material |
Cellulose Nanofiber |
— |
|
Weight |
135 g/m² |
ISO 9864 |
|
Thickness |
0.62 mm |
ISO 9073 |
|
Air Permeability |
182 mm/s |
ISO 9237 (ΔP=200Pa) |
|
Efficiency Rating |
F9 |
EN 779 |
|
Max. Temperature |
≤80°C |
— |
|
Corrugation Depth |
0.32 mm |
TAPPI 411 |
|
Burst Strength |
250 kPa |
TAPPI 403 |
|
Color |
Blue/White |
— |
|
Flame Retardant Grade |
HB |
UL94:2023 |
Applications
- Industrial Air Filtration: HVAC systems, manufacturing plants, and cleanrooms requiring F9-grade efficiency.
- Electronics & Automotive: Flame-retardant properties make it suitable for electronics assembly and engine compartments.
- Healthcare Facilities: Safe for use in medical air purification systems due to low particulate emission.
- Commercial Ventilation: Ideal for offices, laboratories, and data centers with strict air quality standards.
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