|
|
ORDER
CODE
|
DIMS EXT
(WxDxH cm)
|
APPROX WEIGHT (kg) |
UV LIGHT |
|
AC 632-DB
|
81x61x76
|
46 |
15W 254nm |
|
AC 632-LF
|
76x82x61
|
57 |
n/a |
| AC 632-LFUV |
76x82x61 |
68 |
15W 254nm |
| AC 648-DB |
122x66x81 |
57 |
2-15W 254nm |
|
AC 648-LF
|
82x122x66 |
68 |
n/a |
| AC 648-LFUV |
82x122x66 |
91 |
2-15W 254nm |
| ACF Hepa |
Replacement Hepa filter for TAC 632-LF |
ACF Hepa 18
|
Replacement Hepa filter for TAC 648-LF
ACF PRE |
ACF PRE
|
Packet of 10 Prefilters to suit TAC 632 |
ACF PRE18 Packet of
|
Packet of 10 Prefilters to suit TAC 648 |
OPTIONS
|
ACA 1039
|
Custom sturdy trolley for TAC 648 - Allows unit to be made portable. |
ACA 1040
|
Removable shelf - allows pipette tips and tubes to be placed closer to UV light for irradiation. |
ACA 1039
|
Decontamination Spray - formulated to provide high-level disinfection without damaging workstation
components. |
ORDER CODE
|
EXT DIMS (WxDxH cm) |
INT DIMS (WxDxH cm) |
|
AC632 (standard)
|
610x610x725
|
590x580x505
|
|
AC632DF (double filter)
|
610x610x725
|
590x580x505
|
| AC632T (tall version) |
810x610x980 |
790x580x760 |
| AC632TDF (tall / double filter) |
810x610x980 |
790x580x760 |
| AC648 (standard) |
1220x625x725 |
1200x580x505 |
| AC648DF (double filters) |
1220x625x725 |
1200x580x505 |
| AC648T (tall version) |
1220x625x980 |
1200x580x760 |
| AC648TDF (tall / double filters) |
1220x625x980 |
1200x580x760 |
| All other filter types see Filter Selection page 16-14 |
| OPTIONS |
A
|
Mobile Trolley to suit 82cm wide model. Order code: ACA 1011 |
B
|
Mobile Trolley to suit 112cm wide model. Order code: ACA 1039 |
C
|
Built in polypropylene sink and drainer. |
D
|
Access panel for electrical cords, water and gas option. |
| E |
Dual filter holder. |
F
|
Available with 2x20cm hand ports plus special inlet HEPA filter. (80mmH x 700mmW) |
G
|
Gauntlets (long gloves) to suit option F. |
H
|
Decontamination spray formulated to provide high level disinfecting. Order Code: ACA1041 |
PCR and Laminar Flow Ductless Workstations
|
 |
Not to be used wit chemicals
Above Diagram of typical workstation airflow:
1. Room air enters at "A"
2. Air forced through HEPA filter creating laminar flow.
3. Clean laminar flow air enters at "B" and exits at "C"
|
|
Features
- Class 100 vertical laminar flow
- 254 nm ultraviolet light with 0-15 minute automatic timer
- Bi-fold sash with safety interlock
- 360-degree visibility
- Integral polypropylene base for easy cleaning
- Low-profile design using all thermoplastic construction
- Built-in fluorescent light
- HEPA filter monitor automatically indicates when filter change is required
- Available in 110V or 220V models
AC600 Series Options:
ACA1037 Two Speed Blower-increases filter life and enables ultra-quiet background operation.
ACA1038 Variable Blower Controller-for 0-100% control of blower speed.
ACA1011 Custom Sturdy Cart for AC632-allows unit to be portable.
ACA1039 Custom Sturdy Cart for AC648-allows unit to be portable.
ACA1040 Removable Shelf-allows pipette tips and tubes to be placed closer to UV light for irradiation. Note: Two shelves required for AC648.
ACA1041 Decontamination Spray-Formulated to provide high level disinfection.
|
Available models and description below
AC600 SERIES - Three Models:
DB - Circulation free environment with UV light sterilization. This unit has a UV light with 0-15 minute timer for sterilization between amplifications. A safety interlock switch prevents exposure to UV light when sash is raised.
LF - Provides Class 100 vertical laminar flow air through a 99.997% HEPA filter.
LFUV - Combines a Class 100 clean air environment with UV light sterilization for optimal protection from sample contamination. Raising the bi-fold sash turns off the UV light and enables the blower.
|
CAT. # Description:
AC632DB
AC632LF
AC632LFUV
AC648DB
AC648LF
AC648LFUV |
Dead Air Box, 32" wide
Class 100 laminar flow, 32" wide
Combination class 100 Laminar flow and UV light sterilization, 32" wide
Dead Air Box, 48" wide
Class 100 laminar flow, 48" wide
Combination Class 100 Laminar flow and UV light sterilization, 48" wide
|
|
Ductless Workstations
|
 |
|
|
Features
- All thermoplastic construction
- 360° visibility for easy use
- Two- speed automatic operation for maximum containment
- Extremely quiet operation
- May be fitted with AirSafeTM automatic controller for automatic air flow detection and filter condition
- Optional sturdy cart bolts securely to the unit for portable operation
- Operates from a standard 110-volt or 220-volt electrical outlet
- Provided with an integral base constructed from polypropylene which may be removed for mounting over a sink
- Optional fuming box for use with cyanoacrylate
- Unit available in 12V configuration-operates from a cigarette lighter in vehicle or optional battery pack. Excellent for field use.
Safety Devices
√ Sparkless motor protected via a post filter
√ Low air flow alarms
√ Automatic controller
|
| (right) View of the AC Automatic Controller with LCD display and easy control buttons. The controller will constantly monitor the face velocity and display the actual instantaneous face velocity on the LCD display. A special sensor developed by AirClean poses no safety threat to the operator. |
 |
Typical Application for the AC-series of Ductless fume hoods includes but not limited to:
- Drug identification where solvents and ethers are used in extractions to determine drug purity.
- Weighing of dangerous particulates.
- Removal of dust and fumes from fingerprint powders, cyanoacrylates, iodine, ninhydrin and DFO.
- Elimination of putrid odour from decaying evidence.
- Gluing application
- Animal Necroscopy
- General Chemistry involving small volumes of common chemicals
- Solvent cleaning
- Tissue staining and processing including histopathology, cytology
|
AC Series Filters
|
 |
|
Examples of chemicals that can be removed via a ACF100 filter:
| Hydrocarbons |
2.
Acrylaldehyde |
1.
Chlorobenzene |
Nitrogen
Compounds |
Miscellaneous |
| 1. Benzene |
2. Benzaldehyde |
1. Chlorobutadiene |
4. Ammonia (AC300)* |
1. Adhesives |
| 1.
Napthalene |
2. Butyraldehyde |
1. Chloroform |
3. Amines (AC300)* |
1. Animal odors |
| 1. Styrene
Monomer |
1. Caproaldehyde |
1. Chloro-Nitropropane |
1. Aniline |
1. Camphor |
| 1. Toulene |
1. Crontonaldehyde |
1. Chloro-Picrin |
2. Diethyl Amine (AC300)* |
4. Carbon Monoxide |
| 1. Toluidine |
1. Cyclohexanone |
1. Dibromethane |
1. Dimethyl Amine |
4. Carbon Dioxide |
| 1. Xylene |
1. Diethyl Ketone |
1. Dichlorobenzene |
2. Ethyl Amine |
1. Citrus fruits |
| 4. Acetylene |
1. Dipropyl Ketone |
1. Dichlorodifluoro- Methane |
3. Hydrogen Cyanide (AC420)* |
1. Cooking odors |
| 2. Iso
Butane |
3. Formaldehyde (ACGLT)* |
1. Dichlorodifluoro-Ethane |
1. Indole |
1. Degreasing solvents |
| 2. Butylene |
2. Glutaraldehyde (ACGLT)* |
1. Dichlorethane |
1. Nicotine |
2. Deodorizers |
| 3. Butadiene |
1. Mesityl Oxide |
1. Dichloroethylene |
2. Nitric acid fumes (AC400)* |
1. Detergents |
| 1.
Cyclohexane |
1. Methyl Ethylketone |
1. Dichloroethyl Ether |
1. Nitrobenzene |
1. Hospital odors |
| 3. Hexylene |
1. Methyl Isobuytlketone |
1. Dichloromethane |
1. Nitroethane |
1. Human odors |
| 2. Pentane |
2. Propionaldehyde |
2. Dichloromonofluoro-
Methane |
1. Nitrogen Dioxide (AC400)* |
1. Leather |
| 3. Propane |
1. Valeraldehyde |
1. Dichloropropane |
1. Nitroglycerine |
1. Ozone |
| 2. Propylene |
1. Valeric Aldehyde |
2. Dichlorotetrafluoro-
Ethane |
1. Nitromethane |
1. Nicotine |
| |
|
2. Ethyl Bromide |
1. Nitromethane |
1. Perfumes |
| Acids |
> Esters |
1. Ethylene Clorohydrine |
1. Nitropropane |
1. Petrol |
| 1. Acetic |
1. Butyl Acetate |
2. Fluortrichloromethane |
1. Pyridine (AC300)* |
1. Putrefying Odors |
| 1. Acetic
Anhydride |
1. Cellosolve Acetate |
3. Freon |
1. Skatole |
1. Putrescine |
| 1. Acrylic |
1. Ethyl Acetate |
3. Hydrogen Bromide (AC400)* |
1. Urea |
2. Products of incomplete |
| 1. Butyric |
1. Ethyl Acrylate |
3. Hydrogen Chloride (AC400)* |
1. Uric Acid |
combustion |
| 1. Caprylic |
2. Ethyl Formate |
3. Hydrogen Fluoride (AC400)* |
|
1. Plastic |
| 1. Carbolic |
1. Isopropyl Acetate |
2. Hydrogen Iodide (AC400)* |
Sulphur Compounds |
1. Poultry odors |
| 2. Formic
(AC400*) |
2. Methyl Acetate |
1. Iodine |
2. Carbon Disulphide |
1. Rancid oils and fats |
| 1. Lactic |
1. Methyl Methacrylate |
1. Iodoform |
1. Dimethyl Sulphate |
1. Resins |
| 1. Palmitic |
1. Amyl |
2. Methyl Bromide |
1. Ethyl Mercaptan (AC410)* |
1. Rubber |
| 1. Phenol |
1. Butyl |
2. Methyl Chloride |
3. Hydrogen Sulphide (AC410)* |
1. Stale odors |
| 1. Propionic |
1. Cellosolve |
1. Methyl Chloroform |
1. Mercaptans |
1. Odors from stables |
| 1. Valeric |
1. Dioxane |
1. Methylene Chloride |
1. Methyl Mercaptan |
1. Tar odors |
| Alcohols |
2. Ethyl |
1. Monochlorobenzene |
1. Propyl Mercaptan |
3. Tobacco smoke |
| 1. Ethyl |
2. Ethylene Oxide |
2. Monofluorotrichloro-
Methane |
3. Sulphur Dioxide (AC400)* |
1. Toilet odors |
| 1. Amyl |
1. Isopropyl |
1. Paradichlorobenzene |
2. Sulphur Trioxide (AC400)* |
1. Turpentine |
| 1. Butyl |
1. Methyl Cellosolve |
1. Perchloroethylene |
1. Sulphuric Acid (AC400)* |
1. Varnish |
| 1.
Cyclohexanol |
2. Methyl |
2. Phosgene |
1.Tetrahydothiophene |
1. Vinegar |
| 1. Isopropyl |
1. Propyl |
1. Propyl Chloride |
|
2. Wood alcohol |
| 2.
Methanol (Methyl) |
|
1. Tetrachloro-Ethane |
|
|
| 1. Propyl |
Halogens |
1. Tetrachloro-Ethylene |
|
* Using impregnated filter |
| |
1. Bromine |
1. Tri-chloro Ethylene |
|
indicated in parenthesis |
| Aldehydes
& Ketones |
1. Butyl Chloride |
2. Vinyl Chloride |
|
improves adsorption index to |
| 2. Acetone |
1. Carbon Tetrachloride |
|
|
1". " |
| 3.
Acetaldehyde (ACGLT)* |
2. Chlorine |
|
|
|
| 2. Acrolein |
|
|
|
|
Bonded Carbon Filters
Bonded carbon filters produce "no filter dust " normally associated with carbon filtration. In the past, a HEPA "after" filter was required to protect applications from carbon dust. AirClean® has eliminated this problem with "breakthrough bonded carbon technology". Bonded carbon filters are solid blocks of activated coconut shell carbon that is held in a solid and predictable matrix via a proprietary binder. The filter has the same life as a granular carbon filter however the
carbon is much more evenly distributed within the filter eliminating "dead areas" found in granular carbon filters.
Granular Carbon Filters
Granular carbon filters are less expensive to manufacture than bonded carbon filters and offer a low cost alternative where carbon dust will not be a problem. Granular carbon can also be used for high capacity applications where large volumes of carbon are needed. Example: a filter bed for a total exhaust system.
Hybrid Filters
AirClean®'s new hybrid filters (patent pending) offer a unique method to combine the dust control of bonded carbon with a high capacity of fine granulated carbon. This unique combination allows for large filter beds without high pressure drops and enables AirClean® to provide "cocktail" filters for a range of target chemicals. Hybrid "Safe Filters"
Hybrid "safe filters" allow for monitoring within the filter to estimate the remaining life of the filter. Filters may then be changed before breakthrough occurs allowing the user time to order new filters in preparation for filter change. The system may be monitored automatically by the internal gas detector or alternately a manual sample may be taken from the external monitoring port. Hybrid safe filters also have a higher capacity than the standard filters. (see filter list for capacity ratings)
|
|
Activated Carbon Filters
Filter Type
ACF100
Activated Carbon Chemisorptive Filters
|
Filter Type
ACFGLT
ACF300
ACF350
ACF400
ACF410
ACF420
ACF430
ACFMULTI
HEPA Filters
Filter Type
ACFHEPA
|
General purpose filter for Hydrocarbons, Organic Vapours, Some Acids, Esters,Sulphur Compounds, Hydrogen Compounds, Solvents and Odours
Glutaraldehyde and Formaldehyde
Ammonia or Amines
Alkaline Fumes
Inorganic Acids
Hydrogen Sulphide
Hydrogen Cyanide
Mercury Vapors
Multi-layered composite filter for Sulphur Dioxide, Sulfuric Acid, Bromine, Ammonia, Carbon Tetrachloride
Containment of particulate only. Filter efficiency 99.997% efficient for removal of particulate at 0.3 microns in size.
|
|
| ORDER CODE |
Description |
| ACFPRE |
Prefilters 99% efficiency to at 3um (used with AC632/Drysafe) |
| ACFPRE 18 |
Prefilters 99% efficiency to at 3um (used with AC648) |
| ACFPRE1 |
Prefilters 99% efficiency to at 3um (used with AC3000/4000/6000) |
| ACLFPRE |
Prefilters 99% efficiency to at 3um (used with AC600 Laminar Flow) |
| ACFHEPA |
HEPA filter for particulates (used with AC3000/4000/6000 and AC632) |
| ACFHEPA 18 |
HEPA filter for particulates (used with AC648) |
| |
|
| ACF 100 |
General Filter for Esters, Hydrocarbons, Organics, Sulfur and Others |
| ACF 100-18 |
General Filter for Esters, Hydrocarbons, Organics, Sulfur and Others (A) |
| ACF 100H |
General Filter for Esters, Hydrocarbons, Organics, Sulfur and Others (H) |
| ACF 300 |
Ammonia and Ammines |
| ACF 300-18 |
Ammonia and Ammines (AC648 only) |
| ACF 300H |
Ammonia and Ammines (Hybrid for high Volume) |
| ACF 350 |
Alkalines |
| ACF 351 |
Alkalines (Heavy Duty) |
| ACF 400 |
Inorganic Acids |
| ACF 400-18 |
Inorganic Acids (AC648 only) |
| ACF 400H |
Inorganic Acids (Hybrid for High Volume) |
| ACF 410 |
Hydrogen Sulfide |
| ACF 411 |
Hydrogen Sulfide (Heavy Duty) |
| ACF 420 |
Hydrogen Cyanide |
| ACF 421 |
Hydrogen Cyanide (Heavy Duty) |
| ACF 430 |
Mercury Vapour |
| ACF 431 |
Mercury Vapour (Heavey Duty) |
| ACF 500 |
Radioactive and Methyl Iodine |
| ACF 501 |
Radioactive and Methyl Iodine (Heavy Duty) |
| ACF 600 |
Radioactive Isotopes - standard |
| ACF 601 |
Radioactive Isotopes (Heavy Duty) |
| ACF 700 |
Universal Use (bases, organic and inorganic acids) |
| ACF 701 |
Universal Use (bases, organic and inorganic acids) - heavy duty |
| ACFFOR |
Formaldehyde |
| ACFFOR-18 |
Formaldehyde (AC648 only) |
ACFGLT
|
Formaldehyde & Glutaraldehyde |
| ACFGLT-18 |
Formaldehyde & Glutaraldehyde (AC648 Only) |
| ACFGLTH |
Glutaraldehyde High Volume |
| ACFMULTI |
Bromine, Carbon Tetrachloride, Sulfuric Acid, SO2 and Ammonia |
Corrosive Storage Cabinets (Polystore Range)
|
 |
50 Litre Model
|
|
Features
Thermoline distributes this range of Corrosive storage cabinets which are locally manufactured, two under bench and 3 floor standing models. Manufactured from fire retardant and corrosive resistant Polypropylene, complies with Australia Standard AS3780-4.3.2.
Features
- Vented or non Vented configurations
- Adjustable and removable shelf
- Built in sump spill well
- All non corrosive latches and hinges
- Key lockable doors for your safety
|
| ORDER CODE |
SUMP VOLUME |
STORGAGE VOLUME |
HEIGHT (cm) |
WIDTH (cm) |
DEPTH (cm) |
| CSC050L-UB |
36 |
144 |
75 |
60 |
40 |
| CSC100L-FS |
55 |
221 |
75 |
92.2 |
40 |
| CSC150L-FS |
77 |
307 |
100 |
102.5 |
50 |
| CSC200L-FS |
59 |
254 |
125 |
85.5
|
46 |
| UB = Underbench FS= Floor Standing |
ORDER CODE
|
EXT DIMS (WxDxH cm) |
INT DIMS (WxDxH cm) |
|
AC632 (standard)
|
610x610x725
|
590x580x505
|
|
AC632DF (double filter)
|
610x610x725
|
590x580x505
|
| AC632T (tall version) |
810x610x980 |
790x580x760 |
| AC632TDF (tall / double filter) |
810x610x980 |
790x580x760 |
| AC648 (standard) |
1220x625x725 |
1200x580x505 |
| AC648DF (double filters) |
1220x625x725 |
1200x580x505 |
| AC648T (tall version) |
1220x625x980 |
1200x580x760 |
| AC648TDF (tall / double filters) |
1220x625x980 |
1200x580x760 |
| All other filter types see Filter Selection page 16-14 |
| OPTIONS |
A
|
Mobile Trolley to suit 82cm wide model. Order code: ACA 1011 |
B
|
Mobile Trolley to suit 112cm wide model. Order code: ACA 1039 |
C
|
Built in polypropylene sink and drainer. |
D
|
Access panel for electrical cords, water and gas option. |
| E |
Dual filter holder. |
F
|
Available with 2x20cm hand ports plus special inlet HEPA filter. (80mmH x 700mmW) |
G
|
Gauntlets (long gloves) to suit option F. |
H
|
Decontamination spray formulated to provide high level disinfecting. Order Code: ACA1041 |
PCR and Laminar FLow Ductless Workstations
|
| |
Not to be used wit chemicals
Above Diagram of typical workstation airflow:
1. Room air enters at "A"
2. Air forced through HEPA filter creating laminar flow.
3. Clean laminar flow air enters at "B" and exits at "C"
|
|
Features
- Class 100 vertical laminar flow
- 254 nm ultraviolet light with 0-15 minute automatic timer
- Bi-fold sash with safety interlock
- 360-degree visibility
- Integral polypropylene base for easy cleaning
- Low-profile design using all thermoplastic construction
- Built-in fluorescent light
- HEPA filter monitor automatically indicates when filter change is required
- Available in 110V or 220V models
AC600 Series Options:
ACA1037 Two Speed Blower-increases filter life and enables ultra-quiet background operation.
ACA1038 Variable Blower Controller-for 0-100% control of blower speed.
ACA1011 Custom Sturdy Cart for AC632-allows unit to be portable.
ACA1039 Custom Sturdy Cart for AC648-allows unit to be portable.
ACA1040 Removable Shelf-allows pipette tips and tubes to be placed closer to UV light for irradiation. Note: Two shelves required for AC648.
ACA1041 Decontamination Spray-Formulated to provide high level disinfection.
|
Available models and description below
AC600 SERIES - Three Models:
DB - Circulation free environment with UV light sterilization. This unit has a UV light with 0-15 minute timer for sterilization between amplifications. A safety interlock switch prevents exposure to UV light when sash is raised.
LF - Provides Class 100 vertical laminar flow air through a 99.997% HEPA filter.
LFUV - Combines a Class 100 clean air environment with UV light sterilization for optimal protection from sample contamination. Raising the bi-fold sash turns off the UV light and enables the blower.
|
CAT. # Description:
AC632DB
AC632LF
AC632LFUV
AC648DB
AC648LF
AC648LFUV |
Dead Air Box, 32" wide
Class 100 laminar flow, 32" wide
Combination class 100 Laminar flow and UV light sterilization, 32" wide
Dead Air Box, 48" wide
Class 100 laminar flow, 48" wide
Combination Class 100 Laminar flow and UV light sterilization, 48" wide
|
|
|
ORDER
CODE
|
DIMS EXT
(WxDxH cm)
|
APPROX WEIGHT (kg) |
UV LIGHT |
|
AC 632-DB
|
81x61x76
|
46 |
15W 254nm |
|
AC 632-LF
|
76x82x61
|
57 |
n/a |
| AC 632-LFUV |
76x82x61 |
68 |
15W 254nm |
| AC 648-DB |
122x66x81 |
57 |
2-15W 254nm |
|
AC 648-LF
|
82x122x66 |
68 |
n/a |
| AC 648-LFUV |
82x122x66 |
91 |
2-15W 254nm |
| ACF Hepa |
Replacement Hepa filter for TAC 632-LF |
ACF Hepa 18
|
Replacement Hepa filter for TAC 648-LF
ACF PRE |
ACF PRE
|
Packet of 10 Prefilters to suit TAC 632 |
ACF PRE18 Packet of
|
Packet of 10 Prefilters to suit TAC 648 |
OPTIONS
|
ACA 1039
|
Custom sturdy trolley for TAC 648 - Allows unit to be made portable. |
ACA 1040
|
Removable shelf - allows pipette tips and tubes to be placed closer to UV light for irradiation. |
ACA 1039
|
Decontamination Spray - formulated to provide high-level disinfection without damaging workstation
components. |
AC Series Filters
|
| |
|
Examples of chemicals that can be removed via a ACF100 filter:
| Hydrocarbons |
2.
Acrylaldehyde |
1.
Chlorobenzene |
Nitrogen
Compounds |
Miscellaneous |
| 1. Benzene |
2. Benzaldehyde |
1. Chlorobutadiene |
4. Ammonia (AC300)* |
1. Adhesives |
| 1.
Napthalene |
2. Butyraldehyde |
1. Chloroform |
3. Amines (AC300)* |
1. Animal odors |
| 1. Styrene
Monomer |
1. Caproaldehyde |
1. Chloro-Nitropropane |
1. Aniline |
1. Camphor |
| 1. Toulene |
1. Crontonaldehyde |
1. Chloro-Picrin |
2. Diethyl Amine (AC300)* |
4. Carbon Monoxide |
| 1. Toluidine |
1. Cyclohexanone |
1. Dibromethane |
1. Dimethyl Amine |
4. Carbon Dioxide |
| 1. Xylene |
1. Diethyl Ketone |
1. Dichlorobenzene |
2. Ethyl Amine |
1. Citrus fruits |
| 4. Acetylene |
1. Dipropyl Ketone |
1. Dichlorodifluoro- Methane |
3. Hydrogen Cyanide (AC420)* |
1. Cooking odors |
| 2. Iso
Butane |
3. Formaldehyde (ACGLT)* |
1. Dichlorodifluoro-Ethane |
1. Indole |
1. Degreasing solvents |
| 2. Butylene |
2. Glutaraldehyde (ACGLT)* |
1. Dichlorethane |
1. Nicotine |
2. Deodorizers |
| 3. Butadiene |
1. Mesityl Oxide |
1. Dichloroethylene |
2. Nitric acid fumes (AC400)* |
1. Detergents |
| 1.
Cyclohexane |
1. Methyl Ethylketone |
1. Dichloroethyl Ether |
1. Nitrobenzene |
1. Hospital odors |
| 3. Hexylene |
1. Methyl Isobuytlketone |
1. Dichloromethane |
1. Nitroethane |
1. Human odors |
| 2. Pentane |
2. Propionaldehyde |
2. Dichloromonofluoro-
Methane |
1. Nitrogen Dioxide (AC400)* |
1. Leather |
| 3. Propane |
1. Valeraldehyde |
1. Dichloropropane |
1. Nitroglycerine |
1. Ozone |
| 2. Propylene |
1. Valeric Aldehyde |
2. Dichlorotetrafluoro-
Ethane |
1. Nitromethane |
1. Nicotine |
| |
|
2. Ethyl Bromide |
1. Nitromethane |
1. Perfumes |
| Acids |
> Esters |
1. Ethylene Clorohydrine |
1. Nitropropane |
1. Petrol |
| 1. Acetic |
1. Butyl Acetate |
2. Fluortrichloromethane |
1. Pyridine (AC300)* |
1. Putrefying Odors |
| 1. Acetic
Anhydride |
1. Cellosolve Acetate |
3. Freon |
1. Skatole |
1. Putrescine |
| 1. Acrylic |
1. Ethyl Acetate |
3. Hydrogen Bromide (AC400)* |
1. Urea |
2. Products of incomplete |
| 1. Butyric |
1. Ethyl Acrylate |
3. Hydrogen Chloride (AC400)* |
1. Uric Acid |
combustion |
| 1. Caprylic |
2. Ethyl Formate |
3. Hydrogen Fluoride (AC400)* |
|
1. Plastic |
| 1. Carbolic |
1. Isopropyl Acetate |
2. Hydrogen Iodide (AC400)* |
Sulphur Compounds |
1. Poultry odors |
| 2. Formic
(AC400*) |
2. Methyl Acetate |
1. Iodine |
2. Carbon Disulphide |
1. Rancid oils and fats |
| 1. Lactic |
1. Methyl Methacrylate |
1. Iodoform |
1. Dimethyl Sulphate |
1. Resins |
| 1. Palmitic |
1. Amyl |
2. Methyl Bromide |
1. Ethyl Mercaptan (AC410)* |
1. Rubber |
| 1. Phenol |
1. Butyl |
2. Methyl Chloride |
3. Hydrogen Sulphide (AC410)* |
1. Stale odors |
| 1. Propionic |
1. Cellosolve |
1. Methyl Chloroform |
1. Mercaptans |
1. Odors from stables |
| 1. Valeric |
1. Dioxane |
1. Methylene Chloride |
1. Methyl Mercaptan |
1. Tar odors |
| Alcohols |
2. Ethyl |
1. Monochlorobenzene |
1. Propyl Mercaptan |
3. Tobacco smoke |
| 1. Ethyl |
2. Ethylene Oxide |
2. Monofluorotrichloro-
Methane |
3. Sulphur Dioxide (AC400)* |
1. Toilet odors |
| 1. Amyl |
1. Isopropyl |
1. Paradichlorobenzene |
2. Sulphur Trioxide (AC400)* |
1. Turpentine |
| 1. Butyl |
1. Methyl Cellosolve |
1. Perchloroethylene |
1. Sulphuric Acid (AC400)* |
1. Varnish |
| 1.
Cyclohexanol |
2. Methyl |
2. Phosgene |
1.Tetrahydothiophene |
1. Vinegar |
| 1. Isopropyl |
1. Propyl |
1. Propyl Chloride |
|
2. Wood alcohol |
| 2.
Methanol (Methyl) |
|
1. Tetrachloro-Ethane |
|
|
| 1. Propyl |
Halogens |
1. Tetrachloro-Ethylene |
|
* Using impregnated filter |
| |
1. Bromine |
1. Tri-chloro Ethylene |
|
indicated in parenthesis |
| Aldehydes
& Ketones |
1. Butyl Chloride |
2. Vinyl Chloride |
|
improves adsorption index to |
| 2. Acetone |
1. Carbon Tetrachloride |
|
|
1". " |
| 3.
Acetaldehyde (ACGLT)* |
2. Chlorine |
|
|
|
| 2. Acrolein |
|
|
|
|
Bonded Carbon Filters
Bonded carbon filters produce "no filter dust " normally associated with carbon filtration. In the past, a HEPA "after" filter was required to protect applications from carbon dust. AirClean® has eliminated this problem with "breakthrough bonded carbon technology". Bonded carbon filters are solid blocks of activated coconut shell carbon that is held in a solid and predictable matrix via a proprietary binder. The filter has the same life as a granular carbon filter however the
carbon is much more evenly distributed within the filter eliminating "dead areas" found in granular carbon filters.
Granular Carbon Filters
Granular carbon filters are less expensive to manufacture than bonded carbon filters and offer a low cost alternative where carbon dust will not be a problem. Granular carbon can also be used for high capacity applications where large volumes of carbon are needed. Example: a filter bed for a total exhaust system.
Hybrid Filters
AirClean®'s new hybrid filters (patent pending) offer a unique method to combine the dust control of bonded carbon with a high capacity of fine granulated carbon. This unique combination allows for large filter beds without high pressure drops and enables AirClean® to provide "cocktail" filters for a range of target chemicals. Hybrid "Safe Filters"
Hybrid "safe filters" allow for monitoring within the filter to estimate the remaining life of the filter. Filters may then be changed before breakthrough occurs allowing the user time to order new filters in preparation for filter change. The system may be monitored automatically by the internal gas detector or alternately a manual sample may be taken from the external monitoring port. Hybrid safe filters also have a higher capacity than the standard filters. (see filter list for capacity ratings)
|
|
Activated Carbon Filters
Filter Type
ACF100
Activated Carbon Chemisorptive Filters
|
Filter Type
ACFGLT
ACF300
ACF350
ACF400
ACF410
ACF420
ACF430
ACFMULTI
HEPA Filters
Filter Type
ACFHEPA
|
General purpose filter for Hydrocarbons, Organic Vapours, Some Acids, Esters,Sulphur Compounds, Hydrogen Compounds, Solvents and Odours
Glutaraldehyde and Formaldehyde
Ammonia or Amines
Alkaline Fumes
Inorganic Acids
Hydrogen Sulphide
Hydrogen Cyanide
Mercury Vapors
Multi-layered composite filter for Sulphur Dioxide, Sulfuric Acid, Bromine, Ammonia, Carbon Tetrachloride
Containment of particulate only. Filter efficiency 99.997% efficient for removal of particulate at 0.3 microns in size.
|
|
| ORDER CODE |
Description |
| ACFPRE |
Prefilters 99% efficiency to at 3um (used with AC632/Drysafe) |
| ACFPRE 18 |
Prefilters 99% efficiency to at 3um (used with AC648) |
| ACFPRE1 |
Prefilters 99% efficiency to at 3um (used with AC3000/4000/6000) |
| ACLFPRE |
Prefilters 99% efficiency to at 3um (used with AC600 Laminar Flow) |
| ACFHEPA |
HEPA filter for particulates (used with AC3000/4000/6000 and AC632) |
| ACFHEPA 18 |
HEPA filter for particulates (used with AC648) |
| |
|
| ACF 100 |
General Filter for Esters, Hydrocarbons, Organics, Sulfur and Others |
| ACF 100-18 |
General Filter for Esters, Hydrocarbons, Organics, Sulfur and Others (A) |
| ACF 100H |
General Filter for Esters, Hydrocarbons, Organics, Sulfur and Others (H) |
| ACF 300 |
Ammonia and Ammines |
| ACF 300-18 |
Ammonia and Ammines (AC648 only) |
| ACF 300H |
Ammonia and Ammines (Hybrid for high Volume) |
| ACF 350 |
Alkalines |
| ACF 351 |
Alkalines (Heavy Duty) |
| ACF 400 |
Inorganic Acids |
| ACF 400-18 |
Inorganic Acids (AC648 only) |
| ACF 400H |
Inorganic Acids (Hybrid for High Volume) |
| ACF 410 |
Hydrogen Sulfide |
| ACF 411 |
Hydrogen Sulfide (Heavy Duty) |
| ACF 420 |
Hydrogen Cyanide |
| ACF 421 |
Hydrogen Cyanide (Heavy Duty) |
| ACF 430 |
Mercury Vapour |
| ACF 431 |
Mercury Vapour (Heavey Duty) |
| ACF 500 |
Radioactive and Methyl Iodine |
| ACF 501 |
Radioactive and Methyl Iodine (Heavy Duty) |
| ACF 600 |
Radioactive Isotopes - standard |
| ACF 601 |
Radioactive Isotopes (Heavy Duty) |
| ACF 700 |
Universal Use (bases, organic and inorganic acids) |
| ACF 701 |
Universal Use (bases, organic and inorganic acids) - heavy duty |
| ACFFOR |
Formaldehyde |
| ACFFOR-18 |
Formaldehyde (AC648 only) |
ACFGLT
|
Formaldehyde & Glutaraldehyde |
| ACFGLT-18 |
Formaldehyde & Glutaraldehyde (AC648 Only) |
| ACFGLTH |
Glutaraldehyde High Volume |
| ACFMULTI |
Bromine, Carbon Tetrachloride, Sulfuric Acid, SO2 and Ammonia |
Corrosive Storage Cabinets (Polystore Range)
|
| |
50 Litre Model
|
|
Features
Thermoline distributes this range of Corrosive storage cabinets which are locally manufactured, two under bench and 3 floor standing models. Manufactured from fire retardant and corrosive resistant Polypropylene, complies with Australia Standard AS3780-4.3.2.
Features
- Vented or non Vented configurations
- Adjustable and removable shelf
- Built in sump spill well
- All non corrosive latches and hinges
- Key lockable doors for your safety
|
| ORDER CODE |
SUMP VOLUME |
STORGAGE VOLUME |
HEIGHT (cm) |
WIDTH (cm) |
DEPTH (cm) |
| CSC050L-UB |
36 |
144 |
75 |
60 |
40 |
| CSC100L-FS |
55 |
221 |
75 |
92.2 |
40 |
| CSC150L-FS |
77 |
307 |
100 |
102.5 |
50 |
| CSC200L-FS |
59 |
254 |
125 |
85.5
|
46 |
| UB = Underbench FS= Floor Standing |
 Click to download PDF Product Sheet
|
