Sodium hydroxide flour mill
Technical field
This utility model is related to chemicals process units, specifically, is to be related to a kind of sodium hydroxide flour mill.
Background technology
The industrial products of the sodium hydroxide of solid-state are when using it is sometimes desirable to industrial products granular sodium hydroxide
It is finely ground to thinner powder.
Grinding machine organism temperature in operation process will raise, and leads to sodium hydroxide to stick in casing, makes the grinding machine cannot work
Make, in addition, sodium hydroxide moisture-sensitive goes bad in process of lapping.
Utility model content
The purpose of this utility model is to overcome the weak point of above-mentioned conventional art, provides that a kind of structure is simple, keeps
The good sodium hydroxide flour mill of temperature, grinding effect.
The technical solution of the utility model is:
Sodium hydroxide flour mill it is characterised in that:Including grinding roller, it is recessed that grinding roller periphery is provided with the helical form that pitch gradually successively decreases
Groove, is socketed with the cooling jacket being matched therewith outside grinding roller, have gap, cooling jacket sets between cooling jacket and grinding roller
There are the charging aperture connecting respectively and discharging opening with gap, charging aperture is located at the larger one end top of groove pitch, discharging opening is located at
Pitch less one end bottom, is hollow-core construction inside grinding roller, and cooling jacket is stretched out by swivel joint even respectively in grinding roller two ends
It is connected with feed tube and drain pipe, inside cooling jacket, is provided with cavity, cooling jacket is respectively equipped with the import being connected with cavity and goes out
Mouthful, grinding roller wherein one end is connected with actuating unit.
A kind of concrete prioritization scheme, also includes bearing, and bearing is located between grinding roller and cooling jacket.
A kind of concrete prioritization scheme, the quantity of bearing is two, is located at grinding roller two ends respectively.
A kind of concrete prioritization scheme, grinding roller and cooling jacket seam are provided with sealing device.
A kind of concrete prioritization scheme, cooling jacket inner peripheral surface is frosting.
Prevent material from skidding in process of lapping.
A kind of concrete prioritization scheme, feed tube is arranged near the less one end of groove pitch.
Pitch less one end temperature is higher, and this setting can keeping temperature balance.
A kind of concrete prioritization scheme, import is located at cooling jacket one end away from feed tube.
The flow direction of cooling jacket and the interior cooling liquid of grinding roller is contrary, to balance heat distribution.
This utility model sodium hydroxide flour mill structure is simple, easy to use, inside and outside double coolings in process of lapping it is ensured that
Grinding temperature, prevents sodium hydroxide from becoming damp and rotten.
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Brief description
Fig. 1 is the structural representation of this utility model sodium hydroxide flour mill.
Specific embodiment
Embodiment 1:As shown in figure 1, sodium hydroxide flour mill, including grinding roller 6, grinding roller 6 periphery is provided with pitch and gradually successively decreases
Helical groove 7, be socketed with the cooling jacket 5 being matched therewith outside grinding roller 6, between having between cooling jacket 5 and grinding roller 6
Gap, cooling jacket 5 is provided with the charging aperture 9 connecting respectively and discharging opening 8 with gap, and it is larger that charging aperture 9 is located at groove 7 pitch
One end top, discharging opening 8 is located at pitch less one end bottom, and grinding roller 6 is internal to be hollow-core construction, and grinding roller 6 two ends are stretched out respectively
Cooling jacket 5 is communicated with feed tube 1 and drain pipe 11 by swivel joint 2, is provided with cavity, cooling jacket 5 inside cooling jacket 5
It is respectively equipped with the import 3 connecting with cavity and outlet 10, grinding roller 6 wherein one end is connected with actuating unit 12.Power
Actuating device 12 includes motor, and motor output shaft and grinding roller 2 are connected by chain drive.
Also include bearing 4, bearing 4 is located between grinding roller 6 and cooling jacket 5.
The quantity of bearing 4 is two, is located at grinding roller 6 two ends respectively.
Grinding roller 6 and cooling jacket 5 seam are provided with sealing device (in figure does not provide).Sealing device can be sealing ring,
Between grinding roller 6 and cooling jacket 5 end face;Or, the device such as setting packing seal between cooling jacket 5 and grinding roller 6.
Cooling jacket 5 inner peripheral surface is frosting.
Feed tube 1 is arranged near the less one end of groove 7 pitch.
Import 3 is located at cooling jacket 5 one end away from feed tube 1.
During use, sodium hydroxide will be put in charging aperture 9, powdering falling from discharging opening 8 after grinding.Feed tube 1
With drain pipe 11, import 3 with outlet 10 respectively with manufacture cryogenic liquid device machine be connected, during liquid circulation, no
Broken belt walks heat, thus controlling temperature.