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Mixer twin shell

With hafQes Horizontal drum Double cone revolving around long axis Twin shell Ciihe Twin rotor Tiirhine Paddle mixer Sifter (tiirhosifter) Attrition mill Elevator loading Pneumatic conveying Vibrating... [Pg.1764]

Double-Cone Mixer. This term may be applied to the " Twin-Shell laboratory blenders... [Pg.433]

Figure 10.15. Some mixers and blenders for powders and pastes, (a) Ribbon blender for powders, (b) Flow pattern in a double cone blender rotating on a horizontal axis, (c) Twin shell (Vee-type) agglomerate breaking and liquid injection are shown on the broken line, (d) Twin rotor available with jacket and hollow screws for heat transfer, (e) Batch muller. (f) Twin mullers operated continuously, (g) Double-arm mixer and kneader (Baker-Perkins Inc.), (h) Some types of blades for the double-arm kneader (Baker—Perkins Irtc.). Figure 10.15. Some mixers and blenders for powders and pastes, (a) Ribbon blender for powders, (b) Flow pattern in a double cone blender rotating on a horizontal axis, (c) Twin shell (Vee-type) agglomerate breaking and liquid injection are shown on the broken line, (d) Twin rotor available with jacket and hollow screws for heat transfer, (e) Batch muller. (f) Twin mullers operated continuously, (g) Double-arm mixer and kneader (Baker-Perkins Inc.), (h) Some types of blades for the double-arm kneader (Baker—Perkins Irtc.).
Solid—solid blending can be accomplished by a number of techniques. Some of the most common include mechanical agitation which includes devices such as ribbon blenders, impellers, paddle mixers, orbiting screws, etc a rotary fixed container which includes twin-shell (Vee) and double-cone blenders and fluidization, in which air is used to blend some fine powders. [Pg.562]

Industrial equipment. Rotating-shell mixers or tumbling mixers are shown in Fig. 3. Drum-type, cubical-shaped, double-cone, and twin-shell blenders with their axis of rotation horizontal to the center of the drum on its axis increase crossflow and improve the mixing action. Cubical and polyhedron-shaped... [Pg.2976]

Fig. 32. Diagrammatic outlines of powder mixers (Al). A, horizontal rotating cylinder B, cylinder—off center axis of rotation C, similar to B but hexagonal shape D, rotating cube E,G, double cone F, pyramid H, twin shell I,J, Y cone. Fig. 32. Diagrammatic outlines of powder mixers (Al). A, horizontal rotating cylinder B, cylinder—off center axis of rotation C, similar to B but hexagonal shape D, rotating cube E,G, double cone F, pyramid H, twin shell I,J, Y cone.
Tumbler mixers (a) double ione mixer (6) twin-shell blender. [Pg.953]

Figure 5.2 Low-intensity mixer designs (a) double-cone blender (b) twin-shell ( V ) blender (c) conical screw mixer (d) conical screw mixer... Figure 5.2 Low-intensity mixer designs (a) double-cone blender (b) twin-shell ( V ) blender (c) conical screw mixer (d) conical screw mixer...
Low-shear granulators—twin shell (Peterson Kelly, PK) with an agitator bar, dough mixer or planetary mixer, ribbon blenders, and fluid bed granulator without the rotogranulator... [Pg.191]

FIG. 2 Different t es of tumble mixers, (a), (d), (e) Centric rotary tumble mixers, (b) Tumble mixer, (c), (f) Eccentrically rotary tumble mixers, (g) Double cone mixer, (h) V-shape or twin shell mixer, (i) Mushroom type mixer. (From Ref. 55.)... [Pg.861]

Typical batch mixers include planetary mixer [shear] blade (Helen) mixer [convection shear] blade (double-arm) mixer [convection shear] paddle (pan-type) mixer [shear] paddle (Marion) mixer [shear diffusion] tumbler (drum) mixer [shear, diffusion] tumbler (double-cone) mixer [shear] tumbler (twin-shell) mixer [shear] Muller mixer [shear] mill mixer [shear] ribbon mixer [convection diffusion] vertical spiral mixer [convection diffusion] Nautal mixer [convection diffusion] Banbury mixer [shear] airmix mixer [convection diffusion] Lodige mixer [shear diffusion] gravity mixer [convection] and vibratory mixer [convection shear]. [Pg.655]

FIGURE 13.4 Tumbler mixers (a) double-cone mixer (b) twin-shell blender. (Data from McCabe, W., and J. C. Smith, Unit Operations of Chemical Engineering, 2nd edn., McGraw-Hill, New York, 1967, 851-859.)... [Pg.512]

See other pages where Mixer twin shell is mentioned: [Pg.196]    [Pg.3156]    [Pg.2976]    [Pg.233]    [Pg.316]    [Pg.316]    [Pg.954]    [Pg.58]    [Pg.510]    [Pg.184]    [Pg.620]    [Pg.605]    [Pg.641]    [Pg.43]    [Pg.1011]    [Pg.604]    [Pg.941]    [Pg.2144]   


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