Screen Media Choices for Your Plant

AggMan Staff


Miller Wire

Pin-less screen

Miller Wire Works, Inc. says its new pin-less screen provides a solution for producers tired of hassling with the pins on modular screen media. The Mil-lock 7 (ML7) Max modules snap directly onto support structure without modification. The modules are made of single or dual durometer high-quality polyurethanes and designed to permit maximum open area. Woven wire surfaces are available for extreme efficiency, the company says. The support structure is fabricated for new screen vibrator applications and can be installed by the screen vibrator manufacturer.


Polydeck

Narrower support rails

Polydeck Screen Corp. says its patented PipeTop II stringer system design features narrow 1/2-inch wide rails, which allow more holes and less dead area on the surface of the screen panel, resulting in more product throughput and greater production. The system also allows multiple fastening options from a single frame – the PolySnap insert with horizontal and vertical holding mechanisms or the traditional pin-style fastening option. The stringer rails are available in three different configurations: as individual rails shipped to the vibrating screen manufacturer; as jigged conversion kits for on-site change out; or as complete deck frames to replace a worn out frame in an existing vibrating screen.


Sandvik

Self-supporting panel

Sandvik’s WS6000 flat self-supporting rubber screening panel is intended primarily for medium coarse to coarse screening. According to the company, it only requires support along the sides, provides long service intervals with minimal maintenance requirements, and reduces the noise level in the plant.


Tema Isenmann

Non-blinding panels

Tema Isenmann says its WS85 Flexathon panels transmit the G forces of the screening machine to a vibration of the screen media surface that results in a highly effective non-blinding screen surface. Where typical panels have six screening windows, the newly developed Flexathon panels can be manufactured with either two or three windows, doubling and tripling the size of the windows for more flexibility. Another new innovation is the patented WS85 Noker Ball which attaches to the nokin bar and impacts the underside of the screen panel during operation, preventing the buildup of fine sticky material on the screen surface. The panels are available in openings from .5 mm to 1-1/8 inches, and mat thicknesses from 1 to 6 mm.


Unified Screening & Crushing

Twin wire screen

Unified Screening & Crushing’s new TwinWire screen was designed for high impact, top deck applications. The company says the new construction provides greater durability, while maintaining maximum open area. High carbon, stainless steel, or Tufflex wire is recommended for the screens, which can be made to fit any screening area. Special tooling for various wire diameters ensures uniform openings with a strong lock-crimp construction.


Western Group

Maximizes open area

The Western Group says its Z-Slot screens maximize open area, increase production, and reduce slivers that are allowed by long slotted screens. The company says the screen reduces binding and pegging, extends wear life, provides more active wires, and requires no deck modification. The screens are offered in three configurations and multiple wire diameters to meet specific customer needs.


W.S. Tyler

Reduces change-out times

W.S. Tyler says its new Ty-Blitz modular polyurethane screening panel decreases change-out times and increases flexibility, and is 100-percent interchangeable with all pin and sleeve designs. Using a standard pin and sleeve hold-down system, the panel base is mounted onto the rail structure of the vibrating screen. The top of the panel is replaceable using only a hammer and screwdriver. The company says the set-in-place panel base lasts five times longer than the replaceable tops, which amounts to a low screen media cost per square foot of screening area. By only removing the tops, the volume of discarded polyurethane is reduced, reducing environmental impact and minimizing disposal expenses.

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