OVERVIEW:
The washable pleated filters are designed for general use in validation and air-conditioning systems in hospitals, office blocks, hotels, factories, AHU’s or areas where there is a high dust content.
They can also function as a pre-filter to secondary and tertiary filters and conforms to SABS 1428-1987. A test certificate is available on request.
The washable pleated panel filter is made from nonwoven needle punched synthetic media and this is fixed within a galvanized channel frame with urethane ensuring no air bypass.
The media is self-supporting or wire supported depending on customers’ requirements or preference.
STANDARD SIZES:
| Standard Sizes | Airflow at 2,5 m/s in m3/h |
| 295 x 295 x 50 | 850 |
| 295 x 595 x 50 | 1700 |
| 395 x 495 x 50 | 1870 |
| 395 x 695 x 50 | 2380 |
| 495 x 495 x 50 | 2380 |
| 495 x 595 x 50 | 2850 |
| 495 x 625 x 50 | 2975 |
| 595 x 595 x 50 | 3400 |
Other sizes available on request.
OVERVIEW:
The Synthetic Fiber Bag Filters are a high capacity filter composed of individual Synthetic Fiber pockets assembled in a metal frame, it is designed for use in those areas requiring a higher degree of air cleanliness and fiber shedding is concerned such as Hospitals, Pharmaceutical plants, paint spray booths, Office buildings etc.
The bag filters are not affected by extreme moisture and humidity conditions unlike glass fibers at wet environment that can lose up to 20% of its efficiency. The Synthetic bag filters are available in average efficiency ranges of 45-50%, 60-65% 80-85% 90-95% and >95% per ASHRAE standard 52.1-1992 Atmospheric Dust Spot Test procedures (equal EN779) Operating face velocities up to 750 FPM are available for certain models.
CONSTRUCTION:
The BAG FILTERS consists of a series of individual pockets, which are bonded together with a corrosion resistant frame, the potential for air leakage in the header frame is prevented through the elimination of metal contact point between individual components.
During assembly all media to metal contact points are glued to assure product integrity during operation.
SEALANT:
Each stitch of the pocket is sealed with a special adhesive to prevent possible contaminant leakage or media breakage, the Bag Filter is designed to a V-Shape pocket, the microprocessor controlled automatic sewing machines actually controls the stitch loosening, continuously adjusting from 60mm to 20mm.
The V-Shape pocket design allows every pocket to fully inflate and maintain a proper spacing between adjacent pockets, clean air can freely exit from front to back.
MATERIAL & EFFICEINCY:
The Bag Filters are manufactured from multiple layers of synthetic microfiber, the synthetic microfiber builds up in non-woven layers to ensure multiple layer buildup and eliminate fiber shedding.
The media is extremely durable and non-shedding, the media is color coded by efficiency using a variety of materials, the product is available in filtration efficiencies spanning the range from 45 – 50% to 90 – 95% and >95%
FLAMABILITY
The filters are rated to UL – CLASS 2
STANDARD SIZES:
Size | Actual Neck & length of Bag Size |
300 x 300 x 300 Deep | 295 x 295 x 300 |
300 x 300 x 600 Deep | 295 x 295 x 600 |
300 x 600 x 300 Deep | 295 x 595 x 300 |
300 x 600 x 600 Deep | 295 x 595 x 600 |
600 x 600 x 300 Deep | 595 x 595 x 300 |
600 x 600 x 600 Deep | 595 x 595 x 600 |
Other sizes available on request.
OVERVIEW:
FILTER MEDIA:
Water repellant glass fibre paper folded with constantly calibrating spacing, Separations through continuous thermoplastic threads
CONSTRUCTION:
Aluminum, Galvanized or plastic PVC frame complete with polyurethane sealant and one piece endless gasket
OPERATING RANGE:
Max. Temperature: 80°C (continuous operation)
Max. Relative humidity 100%
Recommended final pressure drop 450 Pa
Minipleat Filter Panels – 69 Deep:
Meet the highest standards of air purity and germ-free environment in many sensitive areas of modern technology, pharmacy and medicine. They are used for terminal filter applications in ceiling, filter banks, clean workbenches and in air diffusers, where both high standards of cleanliness and controlled air flow are required, e.g. low turbulence displacement ventilation (laminar flow).
