Screens
Screens are used to classify materials both in different stages of the process and in final product separation. Designed as a non-welded frame with adjustable vibration features for different material types, MEKA provide efficiency that is high quality and dependable.
MEKA have been designed for the toughest applications capable of high capacity and the ability to process coarse material. These have a very robust design, which allow them to operate under tough conditions (primary or secondary).
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Although the process is an important part in a plant, the quality and precision has the highest influence on the overall efficiency of all equipment. As the heart of every and plant, a vibrating is used for classifying material by size in every stage of the process from feeding to the product separation. The different sizes of materials mixing with each other and an increase in returning material amount caused by low efficiency equals low profitability for every and plant.
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MEKA Horizontal are a combination of quality, reliability, and performance; providing a long service life while operating under the most demanding applications. Proven oval stroke design increases production, reduces recirculation load. Oval throw action makes MEKA virtually non-plugging and raises quality output. The ability to fine tune stroke angle, amplitude and speed adds versatility in meeting changing conditions. Extra-strong body construction, durable bearing mountings, computer designed chrome-moly-nickel gear set with premium metallurgy extend service life.
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MDS Series screens can accept a feed of up-to 40% solids and filter away the water to produce a final product with a moisture content of 12-18% at the end. Drip-free final product means that you can transfer your end-product faster and comply with the road regulations. Standardizing the moisture content increases the final value of the product as your customer can rely on the maximum moisture content. Less moisture on the final product means, less water that is consumed at the plant. Less moisture in the final product also means that a cleaner site with less excess water flowing around.
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