Abstract: The invention relates to a screw hub (10) for a centrifugal screw (80), said screw hub (10) having, in the longitudinal direction (R), at least one cylindrical longitudinal portion (11) and a portion (12) at the solid-discharge end, the cylindrical longitudinal portion (11) having an open wall structure (40), and the portion (2) at the solid-discharge end having an at least partly closed shape that differs from a simple conical shape.

Abstract: The invention relates to a method for processing explosive products in a separating machine (10) which comprises a rotary apparatus (30) located in a drum (20), wherein the drum (20) is located in a machine housing (40). According to the invention, a cooling liquid is applied, in particular sprayed, onto an outer surface (21) of the drum (20), at least onto portions thereof and/or intermittently, during processing of the products, and the temperature in the machine housing (40) is monitored during processing.

Abstract: An outlet device (24) of a separator (10) has an outlet channel (38) for discharging a liquid phase from a rotating drum of the separator (10). The outlet channel (38) extends along a rotational axis (16) in a fixed tube device (42) of the separator (10). A cap (74) is connected fixedly to the tube device (42), surrounds the tube device (42), and covers the drum in the radial direction.

Abstract: In a bearing arrangement of a screw of a solid bowl screw centrifuge, having a centrifuge axis, a first axial bearing and a second axial bearing, which are provided for taking up an axial force of the screw, an elastic member is provided, on which the second axial bearing is supported for supporting the axial force of the screw in the axial direction.

Abstract: An outlet device (24) of a separator (10) has an outlet channel (38) for discharging a liquid phase from a rotating drum of the separator (10). The outlet channel (38) extends along a rotational axis (16) in a fixed tube device (42) of the separator (10). A cap (74) is connected fixedly to the tube device (42), surrounds the tube device (42), and covers the drum in the radial direction.

Abstract: In a bearing arrangement of a screw of a solid bowl screw centrifuge, having a centrifuge axis, a first axial bearing and a second axial bearing, which are provided for taking up an axial force of the screw, an elastic member is provided, on which the second axial bearing is supported for supporting the axial force of the screw in the axial direction.

Abstract: The invention relates to a screw (30) of a solid bowl centrifuge (10), comprising a screw hub (32) extending along a longitudinal axis (12), and a screw flight (34) surrounding the screw hub; the screw hub (32) is provided with a lattice structure (56) in a section (36) of the longitudinal extension thereof.

Abstract: A solid bowl centrifuge has a centrifuge bowl that can be rotated in a rotational direction about a longitudinal axis during operation. An end face of the centrifuge bowl has at least one flow-off opening for the flow-off of clarified material from the centrifuge bowl. A dam edge bounds the flow-off opening in the radially outward direction, and an energy recovery device is located on the dam edge for recovering energy of the clarified material flowing. The dam edge is pivoted toward the rotational direction at least in some sections, as viewed from the longitudinal axis.

Abstract: The invention relates to a screw (30) of a solid bowl centrifuge (10), comprising a screw hub (32) extending along a longitudinal axis (12), and a screw flight (34) surrounding the screw hub; the screw hub (32) is provided with a lattice structure (56) in a section (36) of the longitudinal extension thereof.

Abstract: A solid-bowl screw-type centrifuge for clarifying substance uses a centrifuge drum that can hold the substance, and has a pond radius. A centrifuge screw is situated in the centrifuge drum. The centrifuge screw is supported on one of its axial end regions by a connecting flange that protrudes axially inward on a drum cover of the centrifuge drum and has a flange outside radius at a transition to the drum cover. The flange outside radius of the connecting flange is larger than the pond radius.

Abstract: The invention relates to a solid bowl centrifuge having a centrifuge bowl that can be rotated in a rotational direction about a longitudinal axis during operation, at an end face of which centrifuge bowl at least one flow-off opening for the flow-off of clarified material from the centrifuge bowl, a dam edge, which bounds the flow-off opening in the radially outward direction, and an energy recovery device located on the dam edge for recovering energy of the clarified material flowing off are formed. According to the invention, the dam edge is arranged pivoted toward the rotational direction at least in some sections, as viewed from the longitudinal axis.

Abstract: A solid-bowl screw-type centrifuge for clarifying substance uses a centrifuge drum that can hold the substance, and has a pond radius. A centrifuge screw is situated in the centrifuge drum. The centrifuge screw is supported on one of its axial end regions by a connecting flange that protrudes axially inward on a drum cover of the centrifuge drum and has a flange outside radius at a transition to the drum cover. The flange outside radius of the connecting flange is larger than the pond radius.