Industrial Grade Gas & Odor Protection | CTC 60-80 | VOC Adsorption
| Parameter | Specification | Test Standard |
|---|---|---|
| CTC Adsorption | 60 - 80% | GB/T 12496.5 |
| Benzene Adsorption | ≥ 35% | GB/T 18883 |
| Formaldehyde Adsorption | ≥ 94% | GB/T 18883 |
| Bacterial Filtration Efficiency (BFE) | ≥ 95% | ASTM F2101-14 |
| Particle Filtration Efficiency (PFE) | ≥ 90% (0.3 micron) | ASTM F2299 |
| Breathability (Delta P) | ≤ 5.0 mm H₂O/cm² | EN 14683:2019 |
| Material Composition | 4-layer non-woven with active carbon | - |
| Outer Layer | Hydrophobic spunbond, 30 gsm, fluid-resistant | - |
| Activated Carbon Layer | High-iodine activated carbon cloth, 40 gsm | - |
| Filter Layer | Meltblown electret, 25 gsm | - |
| Inner Layer | Skin-friendly spunbond, 25 gsm, moisture-wicking | - |
| Nose Bridge | Adjustable aluminum strip, 90mm | - |
| Ear Loops | Latex-free elastic, 17cm, ultrasonic welded | - |
| Size | 175 ± 5 mm × 95 ± 5 mm | - |
| Weight | 5.0 ± 0.5 g/piece | - |
| Recommended Wear Time | Up to 8 hours per mask | - |
CTC 60-80% rating indicates superior activated carbon quality, capable of adsorbing a wide range of organic gases and VOCs effectively.
Combines activated carbon adsorption for gases/odors with meltblown filtration for particles, providing comprehensive respiratory protection.
Optimized breathing resistance (Delta P ≤ 5.0) and moisture-wicking inner layer ensure comfort during 8+ hour industrial shifts.
BFE ≥95% and PFE ≥90% provide reliable protection against airborne particles, dust, and biological contaminants in industrial settings.
Effective against formaldehyde (≥94%), benzene (≥35%), and a wide range of volatile organic compounds commonly found in industrial environments.
Reinforced 4-ply construction withstands demanding industrial conditions while maintaining consistent filtration performance.
Hydrophobic spunbond blocks large particles, dust, and fluid droplets from entering the mask.
High-iodine activated carbon cloth adsorbs gases, odors, and VOCs through physical adsorption.
Meltblown layer captures fine particles (0.3μm) via electrostatic and mechanical filtration.
Soft spunbond wicks moisture away from the face, maintaining comfort during extended wear.
Activated carbon protects through physical adsorption — a process where gas molecules are trapped within the carbon's extensive pore structure. Our mask uses high-iodine activated carbon (iodine number ≥ 1000 mg/g) with a well-developed micropore structure (pore volume ≥ 0.5 cm³/g), providing maximum surface area for gas capture.
The CTC (Carbon Tetrachloride) adsorption rate of 60-80% is a key indicator of activated carbon quality for gas-phase applications. Higher CTC values indicate better performance for capturing organic vapors and VOCs. Our carbon layer achieves ≥94% formaldehyde removal and ≥35% benzene adsorption, making it suitable for environments with these common industrial contaminants.
Effective protection against formaldehyde vapors common in manufacturing and construction.
Reliable capture of benzene and aromatic hydrocarbons from petrochemical processes.
Effective against ammonia and basic gases in agricultural and chemical industries.
Broad-spectrum reduction of volatile organic compounds in mixed gas environments.
Medical Device Regulation (EU) 2017/745
Classification: Class I
Quality Management System Certified
Certificate No.: 93125Q1665ROM
GB/T 32610-2016 Compliant
Daily Protective Mask Standard
Adsorption Performance Verified
CTC/Benzene/Formaldehyde Tested
This activated carbon mask is designed for industrial and occupational environments with gas, odor, and VOC exposure:
Refineries, chemical plants, and oil/gas facilities with benzene, toluene, and hydrocarbon vapors.
Automotive painting, spray booths, and coating operations with solvent vapors and paint fumes.
Sites with formaldehyde from insulation, adhesives, and composite wood products.
Facilities handling organic solvents, acids, and chemical intermediates with VOC emissions.
Livestock operations, fertilizer handling, and pesticide application with ammonia and organic gases.
Manufacturing and repair shops with exhaust fumes, solvent vapors, and welding fumes.
Dyeing, finishing, and tanning operations with formaldehyde and chemical vapors.
Facilities with strong odors, ammonia from refrigeration, and cleaning chemical vapors.