Bofa AD Oracle Combined Filter 1UA1030155

DescriptionThis Bofa AD Oracle combined filter is an essential component for laser systems, ensuring efficient filtration and protection against harmful contaminants. Compatible with the AD Oracle and AD Oracle iQ fume extraction unitsKey Features of the BOFA Combined Filter Pads:The Bofa AD Oracle combined filter consists of a HEPA filter and a Chemical / Gas filter.HEPA filtersThe mini pleats used in the Bofa HEPA Filters can be produced with depths of up to 200mm within each pleat, depending on the application.They are  manufactured by specialist filter companies to ensure the adoption of the latest manufacturing and test methods. Each filter incorporates a series of webbing between the pleats. This feature not only guarantees even spacing for full filter coverage between each pleat, but also alleviates the possibility of airflow vibration or collapse.Chemical and Gas filtersContaminated air must remain in contact with the carbon bed for a period of time sufficient to ensure that no contaminants or odours are emitted (the dwell time). BOFA’s product design considers the balance between air flow rates and the type, depth and surface area of the carbon used to ensure suitability for the contaminants associated with the application and to ensure that appropriate dwell times are achieved. BOFA Filters have been developed to capture all contaminants and odours, eliminating the risk of bypass and/or tunnelling. Bofa Combined Filter SpecificationsFilter Media: Pleated glass fibre material. Filter Media 2: Impregnated Activated Carbon Fabrication: Zinc plated Steel case, sealed with Polyurethane sealant Efficiency: 99.997% removal of 0.3µm particles / 95% removal of 0.1µm particles Carbon Weight:  Approximately 15 Kgs Shipping Dimensions:Product Height: 19cmProduct Length: 39cmProduct Width: 37cmPackage Weight: 20kgPlease note: Filter materials are non-toxic and therefore can be disposed of under normal waste conditions, subject to analysis of the collected particulate and / or gas.