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AES Basket Assemblies and Reusable Filter Elements |
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With easy maintenance in mind, AES
basket assemblies are equipped with rugged reusable filter elements that
can be removed and replaced in seconds, minimizing the time a filter
housing is out of service. To reduce required spare parts, the
basket handle, basket bottom, and draw rod are reusable and normally do
not require replacement. Stackable 2"x12" filter
elements can be purchased for use in the 490, 670/770A, 670/770C single
and duo filters to further minimize required on-hand spare parts. |
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1.)
Perforated stainless steel |
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2.) Wire Mesh filter screens are wrapped tightly around and welded to a perforated stainless steel backer screen. For 150 mesh and finer filter elements, a course mesh drainage layer is placed between the fine mesh and the perforated backer screen for structural support, to disperse the flow and assure full utilization of the screen surface, and to eliminate the dead spots that would otherwise be created. |
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3.) Synthetic Fabric filter screens are available in different materials that include nylon and polyester. As with the wire mesh, of course 20 or 60 mesh drainage layer is attached to the perforated backer. The filter cloth is a sewn tube and the ends are tucked inside the bottom and top of the perforated element. The gasketed basket handle and basket bottom firmly clamp the fabric in place preventing bypass of contaminants. |
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4.); Spiral Wound Slotted Wedge Wire is an extremely rugged filter media capable of withstanding very high differential pressures. It is especially suited for filtering fibers or gelatinous particles that have a tendency to "staple themselves into the openings of the filter screens, making manual cleaning difficult. |
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5.); Diffusion Bonded filter elements are highly efficient, extremely durable wire mesh screens that can withstand many high pressure washed without the need for replacement. They are manufactured with multiple layers of 316 stainless steel wire mesh that are supported by a perforated element. All layers are sintered at above 2000 F (1095 C) in a controlled atmosphere to allow molecules to migrate (diffuse) across the contact points and recrystallize. This forms a strong, integrated structure where all contact points of the structures are bonded together. |
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To view media sizes click on the chart to the right. |
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Visit our other sites: jbsystemsusa.com
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