Choosing a BoothWhen you are looking for a spray booth, there are a few key items to consider: The size of the booth, the type offiltration, and the CFM.

Booth SizeThe booth should be a size that gives you a comfortable area around the item that you are painting, not just for easeof movement, but so that the air flows around the item easily, and effectively. These booths are made to give you “BigBooth” performance in a small, convenient space (see the specifications for both listed below).

CFMCFM is an abbreviation of “Cubic Feet per Minute”, and is a measure of the rate at which air moves through agiven space. The larger a space is, the more air (or CFM) must move through that space. The industry standardstates that the rate should be 100 feet per minute.

Height (with Stand & Wheels)

All measurments shown are approximate.Spray Area Dimensions

Outer Booth DimensionsModel

SPB - 30 38”H x 30”W x 30”D

38”H x 52”W x 30”D80”H x 52”W x 30”D

76 in. Width34 in.

Depth Standard Optional

60 in. CFM Motor

Filtration

*Volatile Organic Compounds

OptionsThe following features and options are available to add to your order, or perhaps upgrade later:

• Stand (pre constructed tube steel): 28 in. (711 mm) Tall • 4 caster wheels (two locking, approx. 4” tall). • Class I / Division II lighting fixture. • Duct adapter (May be required for some applications) • Variable Frequency Drive (VFD) • Powder coating

Call us at 800 919-9035 and let’s talk about getting you into the perfect small parts booth, as well as theoptions you want. You’ll see why we say that Marathon Finishing is the benchmark for spray painting solutions.

Description Height

Pre-Filter

MERV 13 Filter

24 in.

24 in.

Width

24 in.

24 in.

Thickness

~.1/4 in.

2 in.

Filter Qty (30) Qty (30F) Qty (52)Type

Single Layer

Pleated Fiber

Fiber Filter

Carbon V-Bank

24 in.

24 in.

24 in.

24 in.

~.3/4 in.

4 in.

Multi Layer (NESHAP available)

Active Carbon

1

1

1

1

2

1

2

1

2

2

2

2

790

SPB - 52 75.5 in. 56 in. 60 in. 1,370SPB - 52F 86 in. 56 in. 62 in.

SPB - 30F 80”H x 30”W x 30”D 86 in. 34 in. 62 in. 1,660

2,880 2 hp

1 hp

38”H x 76”W x 30”D80”H x 76”W x 30”D

SPB - 76 75.5 in. 80 in. 60 in. 2,000SPB - 76F 86 in. 80 in. 62 in. 4,220 2

1 hp

Exhaust filters are meant to catch overspray and remove it from the air stream before the exhaust air leaves thebooth. Our spray booths also have a V-Bank “active carbon” filter to remove fumes and solvents from the air,so that you are not breathing these fumes as you work. Fumes from formaldehyde, diesel, adhesives, paint, eventhat “Rotten Egg” smell from hydrogen sulfide and mercaptans are removed. This filter also exhibits superiorperformance removing VOCs* from gasoline, solvents, and nicotine. These filter types are standard filters thatare available from www.MarathonSprayBooths.com/all-filters. To change them, you simply pop the used filtersout of their frame (dispose of them according to applicable regulations) and insert the replacement filter.

1stStage

2ndStage

3rdStage

4thStage

Qty (52F) Qty (76) Qty (76F)

4

2

4

2

3

3

3

3

6

3

6

3

Ph: 800-919-9035 • www.MarathonSprayBooths.com • info@MarathonFinishing.com

Variable Speed

This information has been gathered from standard reference materials and/or test procedures and is believed to be true and accurate. It is offered solely for yourconsideration and verification. None of the information presented shall be construed as constituting a warranty or representation, expressed, written, or implied,for which we assume legal responsibility or that the information or goods described is fit for any particular use either alone or in combination with other goodsor processes, or that its use does not conflict with existing patent rights. No license is granted to infringe on any patent rights or practice any patent inversion.

ADSORPTION INDEX

4 = High Capacity (20 – 50%) 3 = Medium Capacity (10 – 25%) 2 = Low Capacity (<10% w/w)

This Adsorption Index is intended to be used only as a relative guide to adsorption capacity for the various compoundslisted. For those compounds marked “*”, a specialty chemically impregnated carbon is required.

1 = Not physically adsorbed under normal conditions

www.MarathonFinishing.comwww.MarathonFinishing.com

SUBSTANCEAcetaldehyde 2Acetic acid 4Acetic Anhydride 4Acetone 3*Acetylene 1*Acrolein 3Acrylic acid 4Acrylonitrile 4Adhesives 4Air-Wick 4Alcoholic beverages 4*Amines 2*Ammonia 2Amyl acetate 4Amyl alcohol 4Amyl ether 4Animal odors 3Anesthetics 3Aniline 4Antiseptics 4Asphalt fumes 4Automobile exhaust 3Bathroom smells 4Benzene 4*Bleaching solutions 3Body odors 4Borane 3Bromine 4Burned flesh 4Burned food 4Burning fat 4Butadiene 3Butane 2Butanone 4Butyl acetate 4Butyl alcohol 4Butyl cellosolve 4Butyl chloride 4Butyl ether 4*Butylene 2*Butyne 2*Butyraldehyde 3Butyric acid 4Camphor 4Cancer odor 4Caprylic acid 4Carbolic acid 4Carbon disulfide 4*Carbon dioxide 1Carbon monoxide 1Carbon tetrachloride 4Cellosolve 4

Cellosolve acetate 4Charred materials 4Cheese 4Chlorine 3Chlorobenzene 4Chlorobutadiene 4Chloroform 4Chloronitropropane 4Chloropicrin 4Cigarette smoke odor 4Citrus and other fruits 4Cleaning compounds 4Combustion odors 3Corrosive gasses 3Cooking odors 4Creosote 4Cresol 4Crotonaldehyde 4Cyclohexane 4Cyclohexanol 4Cyclohexanone 4Cyclohexene 4Dead animals 4Decane 4Decaying substances 4Deodorants 4Detergents 4Dibromethane 4Dichlorobenzene 4Dichlorodifluoromethane 4Dickloroethane 4Dichloroethylene 4Dichloroethyl ether 4Dichloromonofluormethane 3Dichloronitroethane 4Dichloropropane 4Dichlorotetrafluoroethane 4Diesel fumes fumeador 4*Diethylamine 3Diethyl ketone 4Dimethylaniline 4Dimethylsulfate 4Dioxane 4Dipropyl ketone 4Disinfectants 4Embalming odors 4Ethane 1Ether 3Ethyl acetate 4Ethyl acrylic 4Ethyl alcohol 4*Ethyl amine 3Ethyl benzene 4Ethyl bromide 4

Ethyl chloride 3Ethyl ether 3Ethyl formate 3Ethyl mercaptan 3Ethyl silicate 4*Ethylene 1Ethylene chlorhydrin 4Ethylene dichloride 4Ethylene oxide 3Essential oils 4Eucalyptole 4Exhaust fumes 3Fertilizer 4Film processing odors 3Fish odors 4Floral scents 4Flourotrichloromethane 3Food aromas 4*Formaldehyde 2Formic acid 3Fuel gasses 2Fumes 3Gangrene 4Garlic 4Gasoline 4Heptane 4Heptylene 4Hexane 3*Hexylene 3*Hexyne 3Hospital odors 4Household smells 4Hydrogen 1*Hydrogen bromide 2*Hydrogen chloride 2*Hydrogen cyanide 2*Hydrogen fluoride 2*Hydrogen iodide 3*Hydrogen selenide 2*Hydrogen sulfide 3Incense 4Indole 4Industrial wastes 3Iodine 4Iodoform 4Irritants 4Isophorone 4*Isoprene 3Isopropyl acetate 4Isopropyl alcohol 4Isopropyl ether 4Kerosene 4Kitchen odors 4Lactic acid 4

This information has been gathered from standard reference materials and/or test procedures and is believed to be true and accurate. It is offered solely for yourconsideration and verification. None of the information presented shall be construed as constituting a warranty or representation, expressed, written, or implied,for which we assume legal responsibility or that the information or goods described is fit for any particular use either alone or in combination with other goodsor processes, or that its use does not conflict with existing patent rights. No license is granted to infringe on any patent rights or practice any patent inversion.

ADSORPTION INDEX

4 = High Capacity (20 – 50%) 3 = Medium Capacity (10 – 25%) 2 = Low Capacity (<10% w/w)

This Adsorption Index is intended to be used only as a relative guide to adsorption capacity for the various compoundslisted. For those compounds marked “*”, a specialty chemically impregnated carbon is required.

1 = Not physically adsorbed under normal conditions

www.MarathonFinishing.comwww.MarathonFinishing.com

Lingering odors 4Liquid fuels 4Liquor odors 4Lubricating oila and greases 4Lysol 4Masking agents 4Medicinal odors 4Melons 4Menthol 4Mercaptans 4Mestyl oxide 4Methane 1Methyl acetate 3Methyl acrylate 4Methyl alcohol 3Methyl bromide 3Methyl butyl ketone 4Methyl cellosolve 4Methyl cellosolve acetate 4Methyl chloride 3Methyl chloroform 4Methyl ether 3Methyl ethyl ketone 4Methyl formate 3methyl isobutylketone 4Methyl mercaptan 4Methylcyclohexane 4Methylcyclohexanol 4Methylcyclohexanone 4Methylene chloride 4Mildew 3Mixed odors 4Mold 3Monochlorobenzene 4Monofluorotrichloromethane 4Moth balls 4Naphtha (coal tar) 4Naphtha (petroleum) 4Naphthalene 4Nicotine 4*Nitric acid 3Nitro benzenes 4Nitroethane 4*Nitrogen dioxide 2Nitroglycerine 4Nitromethane 4Nitropropane 4Nanane 4Octalene 4Octane 4Odorants 4Onions 4Organic chemicals 4Ozone 4

Packing house odors 4Paint and redecorating odors 4Palmitic acid 4Paper deteriorations 4Paradichlorobenzene 4Paste and glue 4Pentane 3Pentanone 4*Pentylene 3*Pentyne 3Perchloroethylene 4Perfumes, cosmetics 4Perspirations 4Persistent odors 4Pet odors 4Phenol 4Phosgene 3Pitch 4Plastics 4Pollen 3Popcorn and candy 4Poultry odors 4Propane 2Propionadlehyde 3Propionic acid 4Propyl acetate 4Propyl alcohol 4Propyl chloride 4Propyl ether 4Propyl mercaptan 4Propylene 2Propyne 2Putrefying substances 3Putrescine 4Pyridine 4Radiation products 2Rancid oils 4Resins 4Reoderants 4Ripening fruits 4Rubber 4Sauerkraut 4Sewer odors 4Skatole 4Slaughtering odors 3Smog 4Soaps 4Smoke 4Solvents 3Sour milk 4Spilled beverages 4Spoiled foodstuffs 4Stale odors 4Stoddard solvent 4

Stuffiness 4Styrene monomer 4*Sulfur dioxide 3*Sulfur trioxide 3Sulfuric acid 4Tar 4*Tarnishing gasses 3Tetrachloroethane 4Tetrachloroethylene 4Theatrical makeup odors 4Tobacco smoke odor 4Toilet odors 4Toluene 4Toluidine 4Trichlorethylene 4Trichloroethane 4Turpentine 4Urea 4Uric acid 4Valeric acid 4Valericaldehyde 4Varnish fumes 4Vinegar 4Vinyl chloride 3Waste products 3Wood alcohol 3Xylene 4