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Activated Carbon Blankets

Applications:

Activated carbon blankets are suitable for the adsorption of gases and odors from cigarette smoke, grease, solvents in painting facilities, chemical gases such as chlorine in paper and pulp industries, among other substances.

Each case will require a specific type of activated carbon, therefore, always consult the technical department.

The lifespan of activated carbon depends on the type and quantity of compounds being adsorbed. A low air velocity is recommended for best results.

Pre-filtration is recommended to extend the lifespan.

High efficiency in odor retention (50% to 80%)
Double-sided with activated carbon, enhancing filtration
Lightweight and easy to install in modular structures and systems
Easy replacement, no special tools required
Compatible with G4 pre-filters, extending service life
Significant reduction of volatile organic compounds (VOCs)

Technical Specifications

Composition:Synthetic fiber with 100% plant-based activated carbon
Density: 0,25 a 0,50 g/cm³
Efficiency:50% to 80% odor retention
Thickness: 18 a 20 mm
Initial pressure drop:25 Pa
Recommended final pressure drop:200 Pa
Recommended air speed: 0,5 m/s
Validity without use:6 months
Supply:Coils in dimensions 1.2 x 20 m (24 m²) or cut to size.

Tabela de Afinidades

Level	Ability	% Adsorption / Weight of Activated Carbon
A	HIGH	25 A 50
B	GOOD	15 A 25
C	MEDIA	LESS THEN 15
D	LOW	LESS THEN 5

Gases	Adsorption Capacity	Gases	Adsorption Capacity
Amyl Acetate	HIGH	Aniline	HIGH
Ethyl Acetate	HIGH	Dead Animals	HIGH
Vinyl Acetate	HIGH	Antiseptics	HIGH
Isopropyl Acetate	HIGH	Food Flavors	HIGH
Butyl Acetate	HIGH	Ethyl Bromide	HIGH
Methyl Acetate	GOOD	Methyl Bromide	GOOD
Propylic Acetate	HIGH	Bromine	HIGH
Acetylene	MEDIUM	Benzene	HIGH
Acetone	GOOD	Butane	MEDIUM
Acetic Acid	GOOD	Butanona	MEDIUM
Acrylic Acid	HIGH	Butileno	HIGH
Hydrobromic Acid	MEDIUM	Camphor	MEDIUM
Butyric Acid	HIGH	Cyclohexane	OTHER
Carbonic Acid	HIGH	Cyclohexanol	OTHER
Hydrocyanic Acid	HIGH	Cyclohexanone	OTHER
Hydrochloric Acid	MEDIUM	Butyl Chloride	HIGH
Hydrofluoric Acid	MEDIUM	Ethyl Chloride	HIGH
Formic Acid	MEDIUM	Methyl Chloride	GOOD
Hydroiodic Acid	GOOD	Methylene Chloride	GOOD
Lactic Acid	HIGH	Vinyl Chloride	HIGH
Nitric Acid	MEDIUM	Isopropyl Chloride	HIGH
Palmitic Acid	HIGH	Propyl Chloride	HIGH
Propionic Acid	HIGH	Chlorine	HIGH
Sulfuric Acid	MEDIUM	Chlorobenzene	GOOD
Uric Acid	HIGH	Chlorobutadiene	HIGH
Valeric Acid	HIGH	Chloroform	HIGH
Ethyl Acrylate	HIGH	Liquid Fuels	HIGH
Methyl Acrylate	HIGH	Cleaning Components	HIGH
Acrilonitrilo	HIGH	Creosote	HIGH
Adhesives	GOOD	Cresol	HIGH
Tar	HIGH	Dean	HIGH
Amyl Alcohol	HIGH	Detergents	HIGH
Butyl Alcohol	HIGH	Dibromobenzene	HIGH
Ethyl Alcohol	GOOD	Dibromoectane	HIGH
Isopropyl Alcohol	HIGH	Dicyclopentadiene	HIGH
Methyl Alcohol	GOOD	Dichlorodifluoromethane	HIGH
Propyl Alcohol	HIGH	Dichloroethane	GOOD
Acetic Aldehyde	MEDIUM	Dichloroethylene	HIGH
Butyl Aldehyde	GOOD	Dichloronitroethane	HIGH
Valeric Aldehyde	HIGH	Dichloromonofluoromethane	GOOD
Ammonia	LOW	Dichloropropane	HIGH
Acetic Anhydride	HIGH	Carbon Disulfide	HIGH
Dimethylaniline	LOW	Nicotine	HIGH
Dioxane	HIGH	Nitrobenceno	HIGH
Carbon Dioxide	MEDIUM	Nitroglycerin	OTHER
Nitrogen Dioxide	MEDIUM	Nitropropano	GOOD
Dichlorotetrafluoroethane	HIGH	Nitrotoluene	HIGH
Carbon Disulfide	HIGH	Nitroethane	GOOD
Ethane	LOW	Nitromethane	HIGH
Amyl Ether	HIGH	Octane	HIGH
Butyl Ether	HIGH	Octene	HIGH
Ether	GOOD	Rubber Smell	GOOD
Isopropyl Ether	HIGH	Smell of a Corpse	HIGH
Metallic Ether	GOOD	Kitchen Smell	HIGH
Propyl Ether	HIGH	Refrigerator Smell	MEDIUM
Etilbenceno	HIGH	Slaughterhouse Smell	HIGH
Ethylene	LOW	Smell of Fish	GOOD
Phenol	HIGH	Smell of Blood	HIGH
Fertilizers	HIGH	Scent of Varnish	GOOD
Phosphogen	GOOD	Smell of Ripe Fruit	HIGH
Freon 11	HIGH	Combustion Odors	MEDIUM
Freon 113	HIGH	Hospital Smells	HIGH
Freon 12	HIGH	Ethylene Oxide	HIGH
Formaldehyde	MEDIUM	Decomposing Paper	GOOD
Cigarette Smoke	HIGH	Paradiclorobenceno	HIGH
Asphalt Gas	HIGH	Pentane	HIGH
Diesel Gases	HIGH	Petanona	MEDIUM
Gasoline	HIGH	Pesticide	HIGH
Heptane	HIGH	Propane	GOOD
Hexane	GOOD	Propylmercaptan	HIGH
Hydrogen	MEDIUM	Propionaldehyde	GOOD
Iodine	HIGH	Kerosene	HIGH
Lubricants / Oils / Greases	HIGH	Turpentine	HIGH
Methylcyclohexane	HIGH	Carbon Tetrachloride	HIGH
Methylcyclohexanol	OTHER	Tetrachloroethane	HIGH
Methylcyclohexanone	OTHER	Tetrachloroethylene	HIGH
Methyl Glycol	OTHER	Thiophene	HIGH
Mercaptans (Low Mol. Weight)	HIGH	Toluene	HIGH
Methylisobutyl Ketone	HIGH	Trichloroethane	HIGH
Monoclorobenceno	HIGH	Toluene Isocyanate	HIGH
Monofluortrichloromethane	GOOD	Tricloroetileno	MEDIUM
Carbon Monoxide	LOW	Urea	LOW
Nafta	LOW	Vinegar	GOOD
Naphthalene	HIGH	Xylene	HIGH

Material with immediate availability.

It is highly recommended to use in conjunction with pre-filters (G4 class) to avoid premature carbon saturation.
The adsorption potential of carbon is limited: once saturated, it must be replaced.
Small carbon particles may be released during handling — this is normal and does not compromise technical performance.