Long Life Parts Package
Screen-Scroll Centrifuges have been revolutionized through the introduction of the Long Life Parts Package. Replacing the "standard" rotating components in Model EBR and EBW Screen-Scroll Centrifuges with an integrated package of components, the CMI Long Life Parts Package provides substantial operating cost-reductions, while also improving overall performance. The Long Life Parts Package was designed to alter the material flow within the centrifuge in order to address the serious sliding abrasion that contributes substantially to the overall operating and maintenance costs of screen-scroll centrifuges. By utilizing a patented "material on material" concept to accelerate material to centrifugal speed, dewatering can be more effective while improving the component life of nearly all contacted wear items.
Cost savings can be realized from both the improved life of Long Life Parts Package components, and from the increased machine availability that the Long Life Parts Package provides. Typical first-year savings can be as much as 35-40% over standard rotating components. The Long Life Parts Package is designed to reduce abrasive wear within CMI Screen-Scroll Centrifuges and results in significantly reduced operating costs. All new and remanufactured CMI Model EBR and Model EBW Screen-Scroll Centrifuges are equipped with the Long Life Parts Package as "standard configuration".
In addition, Long Life Parts Package Conversion Kits are available to convert the 36" Screen-Scroll Centrifuges to 40" machines, and 42" Screen-Scroll Centrifuges to 48" machines. Through conversion, the same base machine can be used to accept increased feed slurry or, if increased capacity is not a concern, can offer product moisture reduction through increased screen open-area. These benefits are in addition to the proven cost-savings realized by Long Life Parts Package customers. These two conversion kits also provide a single basket design that can accept either perforated plate or profile-wire screen configurations, allowing for greater flexibility in meeting demands of specific applications.
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