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        Your present location:产品首页 >> Products >> Mill >> Hydraulic Three Roll Mills >> SW-YS Hydraulic three roll mills
        • 产品名称: SW-YS Hydraulic three roll mills
        • 产品编号: 2602
        • 上架时间: 2015-09-23
        • Views : 878

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        Purpose:
        Three roll mills are widely used to mix electronic thick film inks, high performance ceramics, cosmetics, plastisols, carbon/graphite, printing inks, paints, glass, coatings, pharmaceuticals etc.
         
        Operating principle:
        The three adjacent rolls of a three roll mill (called the feed roll, center roll and apron roll) rotate at progressively higher speeds. Material, usually in the form of paste, is fed between the feed roll and the center roll. Due to the narrowing space between the rolls, most of the paste is rejected to the feed region. The part that makes it through the first in-running nip experiences very high shear force. Upon exiting, the material that remains on the center roll moves through the second nip between the center roll and apron roll, which subjects it to even higher shear force due to the higher speed of the apron roll. A knife blade then scrapes the processed material off the apron roll and transfers it to the apron.
         

        Characteristics

        1. One of the best wet grinding equipment for grinding and refining.
        2. The space between different rolls can be changed manually.
        3. It is suitable for processing highly viscous materials.

         

        Model Power Roll dia. Rotation speed (high / mid / low) Overall dimensions Weight
        SW-YS260 22kW 260mm 408 / 153 / 58 r/min 1600*1280*1260mm 2000kg
        SW-YS400 55kW 400mm 400 / 148 / 32 r/min 2634*1750*1600mm 5200kg

        The three adjacent rolls of a three roll mill (called the feed roll, center roll and apron roll) rotate at progressively higher speeds. Material, usually in the form of paste, is fed between the feed roll and the center roll. Due to the narrowing space between the rolls, most of the paste is rejected to the feed region. The part that makes it through the first in-running nip experiences very high shear force. Upon exiting, the material that remains on the center roll moves through the second nip between the center roll and apron roll, which subjects it to even higher shear force due to the higher speed of the apron roll. A knife blade then scrapes the processed material off the apron roll and transfers it to the apron.
         

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