Rectangular Screen combines durability and strength.

Press Release Summary:




Available in 2 x 4 ft and 3 x 4 ft sizes, Fusion(TM) Rectangular Screen promotes efficient conveyance of solids via its cellular construction that utilizes cage design reinforced with high-tensile-strength steel rods. Robotic construction creates repeatable tensioning, promoting consistency from screen to screen. Designed to eliminate use of adhesive, epoxy, or silicone in screen manufacturing, mesh is fused directly into disposable polymer constructed frame.



Original Press Release:



Sweco Introduces the Fusion(TM) Rectangular Screen



The Latest in Screening Technology

Florence, Kentucky - Sweco, a business unit of M-I L.L.C., is pleased to introduce the Fusion(TM) Rectangular Screen. The Fusion Rectangular features a cellular construction which utilizes a robust cage design reinforced with high-tensile-strength steel rods. These frames balance durability with strength, resulting in enhanced performance including more efficient conveyance of solids compared with traditional glued rectangular screens.

The complex robotic construction associated with Fusion Screens creates precise repeatable tensioning providing more consistency from screen to screen. Fusion Screens have been designed to eliminate the use of adhesive, epoxy or silicone in screen manufacturing. Instead, the mesh is "fused" directly into the patented polymer constructed frame. The robot construction also allows for rapid turnaround time so you get your screens faster.

Fusion Screens weigh less than metal-frame screens, and the one-time use frame is disposable, reducing inventory and saving handling and shipping costs associated with returning frames for rescreen. Fusion Rectangular Screens are available in 2' x 4' and 3' x 4' sizes.

Sweco serves the chemical, food, minerals, pharmaceutical, paper and many other industries with a complete line of separation, sizing and milling equipment.

For more information, please visit www.sweco.com or e-mail info@sweco.com.

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