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Fastfix Duct Access Doors
Circular type Doors
Flat type Doors
Insulated, Tabbed type Doors
Fire Rated Doors
Grease Filters for Commercial Kitchen Extraction Systems
Veevent Baffle type Grease Filter
Mesh type Grease Filter
Grease Filter Cleaning Crystals
Carbon Filters for Odour Removal
Odorsorb Carbon Impregnated Bag Filter
Discarb Cell type ACD
Bonded Activated Carbon Panels
Very High Efficiency (HEPA) Filters
Mini pleat HEPA filter
Multi Wedge Mini Pleat HEPA filter
Deep Pleat HEPA filter
High Efficiency Filters
Rigid Pleated Panel Filters Type ARP6-9 (F6-F9)
Mini Pleat Rigid Pocket Bag Filter
High Efficiency Bag Filter Grades F5 & F6
High Efficiency Bag Filter Grades F7 & F8
High Temperature Filter
Medium Efficiency Filters
Disposable Glass Fibre Panel
Disposable Pleated Panel
General Purpose Bag Filter
Replaceable Pad & Frame Filter
Cleanable Fan Coil Filter
Disposable Fan Coil Filter
Metal Mesh Fan Coil Filter
Washable Black Foam
Filter Media - Rolls and Pads
Associated Products
V belts, Wedge Belts, Cogged Belts
Filter Frames
Filter Casings
Filter P Clips
Foam Gasket
Manometers
Home and Domestic Filters
Cooker Hood Filters
Disposable Single Pad
Disposable Thin Grease Filter
Carbon Kitchen Filter Replacements
Washable Cooker Hood Filters
Activated Charcoal Filter Pellets

1. As a guide a 25mm nominal thickness Carbon Panel should be selected
to have a window velocity not exceeding 0.2 m/s if it is to achieve a
contact (or dwell) time
of approximately 0.1 seconds. This equates to a 600x600x25mm nominal
Carbon Panel being able to handle about 0.075 m³/s at 0.1 second contact
time
2. Where hot air is being filtered, for example extract from a cooker
hood, the Carbon
Filters should be positioned as far from the heat source as possible.
Air stream
temperatures in excess of 40ºC should be avoided. If higher temperatures
are anticipated, it may be necessary to reduce the air temperature by
means of a fresh air bleed, or provision of a cooling coil
3. Humidity should be kept below 80% RH to prevent condensation occurring within the Carbon. If this figure is exceeded and condensation takes place, a dramatic increase in resistance will occur
4. Pre-filters must be fitted in the system to prevent contamination
of the Carbon Panel with particulates. This is in addition to the Grease Filters fitted on the cooking extract.
Pre-filtration would normally be provided by a G4 bag as a minimum – Ace
Filtration
Type AB20. If space is limited, then use of a pre-filter panel type ASPC
is recommended
5. Some applications may require a much higher grade of pre-filter. Some cooking operations produce large amounts of smoke, which is detrimental if allowed to reach the carbon filters. In this situation a HEPA or electrostatic filter will be required in addition to the pre-filters mentioned above
| APPLICATION | AIR VOLUME |
| Canteens, normal kitchens & restaurants | As rated volume |
| Kitchens producing large amounts of fried foods or concentrated cooking of burgers | Base on 50% of rated volume |
| Indian or specialist restaurants (Curry, spices etc) | Base on 33% (or in extreme cases25% of rated volume) |
| Excess of onions or garlic | Base on 33% (or in extreme cases 25% of rated volume) |
| General air conditioning | As rated volume |
| Specialised applications (Chemicals etc) formulae | Refer to Ace Filtration. Obtain concentrations and chemical where possible |
| Airports (kerosene/petrol fumes) | Base on 66% of rated volume |
| Museums, art galleries | Refer to Ace Filtration. Special carbon may be equired |
Ace Filtration Limited, Airflow Works, Seymour Road, Northfleet,
Kent, DA11 7BW, UK
Tel: 01474 325666 Fax: 01474 333132
The Company, in keeping with its policy of constant product improvement,
reserves the right to change specifications without notice
Company Number 1734727
VAT GB 374 3371 47
(©)Copyright 2010