wet sieve test and dry sieve test
Wet sieve analysis and dry sieve test
Dry sieve test and wet sieve test
Dry sieve test and wet sieve test
Dry sieve test and wet sieve test
The filter plate (22) has a first mesh screen (114), a second mesh screen (116), and a layer of porous material (120) sandwiched between the mesh screens.
The filter surface in turn is substantially circular and can be rotated about an axis (21) which runs vertically to the filter surface.
The parallely-perforated mesh (8), the filter mesh (4), the glass fiber (5), the granular molecular sieve (7), and the spring (9) are arranged inside the cylindrical body (6).
The screen is characterized in that it comprises two screens: a primary screen and a secondary screen which are attached to a common body one after another in the direction of the liquid to be filtered so that they form a cassette.
The filtering element may be a single screen (38) or may be a pair of spaced concentric circular screens (38A, 38B).
The screen system comprises a dual screen having a coarse mesh upper screen attached to a finer mesh lower screen with a channel between the two screens.
The screen component comprises a first screen (3), a second screen (4), a third screen (5), a fourth screen (11) and a fifth screen (10) which are arranged obliquely in a horizontal direction.
The screen comprises a first screen cylinder (2) and a second screen cylinder (6).
A screen cylinder, screen, method of manufacture of the screen cylinder, and method of use of the screen cylinder, allow screen capacity to be maximized without sacrificing screen cylinder strength, and while achieving a clean accepts flow.
A screen assembly for a vibratory shaker, the screen assembly including at least two screening members, and the at least two screen members connected by sewing material.
One is a fryer with a first coarse strainer (13) and a second fine sieve (14) or screen.
The fine screen has a larger diameter than the enclosed coarse screen.
The device further includes an inlet in one end wall adjacent the fine screen and into the fine screen, and an outlet in the other end wall adjacent the second screen and out of the second screen.
The module has a fine screen (50) nested within the rigid screen (24) and against the tapered apertured wall (26).
The strainer has at least two strainer sections (2) spaced from each other and disposed axially in series along the tubular strainer.
The strainer insert comprises at least one grinding strainer (3) on a strainer carrier (2), the grinding strainer and the strainer carrier being separate units, which can move relative to each other at least in one spatial direction.
The strainer is a perforated plate.
A screen support panel for vibrating screens, comprising a frame defining a respective secreen area between two lateral walls (2) of the structure of said screen.
A shaker screen including a screen frame and an inflatable sealing element integrally formed with the screen frame is disclosed.
The screen sections can comprise portions of woven wire screen pieces.
A screen comprises a screen frame (10) with screen cloth elements (11) mounted after each other.
A rotatable wheel is disposed within the screen and coupled to the screen so that rotation of the wheel causes rotation of the screen.
The combined surface area of the bottom screen (130) and the top screen (140) is substantially greater than the surface area of the bottom screen (130).
The vibrating screen includes a vibrator, a screen box and a base.
The invention further relates to a method for fastening a screen plate onto a screen carrier of a screen device for a comminuting device.
A method of manufacturing a screen cylinder (1), and a screen cylinder.
This device, preferably formed as a dual screen paper machine, has according to a preferred embodiment two endless screens, mainly a lower screen (21) and an upper screen (22).
The second screen (4) and the fourth screen (11) are arranged on a second layer, and an interval (L) is formed between the two screens and used for the undersize of the third screen (5) and the oversize of the second screen (4) to pass through.
A screen (44) having a plurality of screen openings (80) is positioned in the housing, each screen opening having an effective opening size.
The weight of the vibrating screen is reduced, the structure of the screen body is simplified, and processing techniques for the screen are simple.
A vibratory separator including a screen frame and a screen attachment.
The openings of the screen are between about 0.10 mm and about 1.0 mm in size as can be provided by, for example, a rotary drum screen.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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