Cylinder vacuum filter First, the cylinder type vacuum filter Vacuum filter is cylindrical metal ore dressing plant most especially black concentrator applications dewatering equipment. According to its unloading method, it can be divided into various types. Figure 1 is a continuous filtering device that can simultaneously perform operations such as filtration, washing, and cake removal in the same rotating device. The cylinder is a cast or steel plate welded cylinder whose outer surface is divided into a plurality of filter chambers by a grooved lattice plate. The filter cloth is covered on the grid plate. The lower part of the cylinder is immersed in the slurry tank and is rotated around the horizontal axis by the gear system. The size of the filter chamber should not be too wide, generally not exceeding 550 mm. The number is related to the diameter of the cylinder. When the diameter is large, the outer surface area of the cylinder is large, and the number of filter chambers is correspondingly increased. Conversely, the number of filter chambers is correspondingly reduced. For example, a commonly used 40 m 2 filter has 24 filter chambers. The outer filter type vacuum

Combined baler/bundle packing machine Patent Name Combined Balers/Bundle Packaging Machines Patent Applicant WELLMATION CO., LTD. Principal Applicant, Ireland Mayo County Inventor P.C. McHale; M.W. McHale; J.J. N.G.P. Sheridan; P. T. O'Connor; J.P. Bikins Application (Patent) No. 02809705.X Date of Application 2002.03.22 Certification Date Approval Notice No. 1531392 Audit Day 2004.09.22 Specification CD-ROM D0438 Main classification number A01F15/07 Classification No. A01F15/07 Sub-item Original Application No. Priority Citation Abstract A combined baler/bundle packing machine (1) including a chassis (5) on which the chassis is mounted There are balers (10) and bale packing machines (11). The baler (10) comprises a fixed part (18), a lower part (19) and an upper part (20) each carrying a bale forming roll (25), the roll (25) defining the bale forming chamber (15), a circular material A bundle (2) is formed inside the chamber (15). The lower part (19) and the upper part (20) are respectively rotated around the first and second pivots (35), (40) from the bale forming position (Fig. 5) to the unloading position (Fig. 1) to directly move the bale from The bale forming chamber (15) is sent upwards and backwards to the first and second stock support rollers (50) in the bale wrapping machine (11). The bale support roller (50) rotates the bale (2) about the first package axis (53), while the carrying ring (55) rotates a pair of wrapping mat

Polished Finish Gravity Screen Operation Slurry is gravity fed or pumped to the headbox, where it over flows the weir and flows downward on the screen. As the flow accelerates, the slurry attaches to the screen bars and passes through the openings. Solids greater than the opening are retained on the screen surface where they build kinetic energy and roll downward off the screen for reuse or disposal. With free drainage material, most of the free fluid is removed in one pass. You can count on CCMC experienced technical engineers to design or retrofit your gravity screen system. Options Hinged doors and covers Bottom effluent connection 316L stainless steel construction Flanged connections Solids discharge chute Clean-out ports