CN201201979Y

CN201201979Y - Electrolytic manganese glass fibre reinforced plastic electrolytic cell

Info

Publication number: CN201201979Y
Application number: CNU2008201140381U
Authority: CN
Inventors: 杨湘清
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-05-05
Filing date: 2008-05-05
Publication date: 2009-03-04
Anticipated expiration: 2018-05-05

Abstract

The utility model discloses an electrolytic manganese glass fiber reinforced plastic electrolysis bath, which is formed by a groove body (1), a false bottom frame (8), a false bottom (10) and a bottom groove (12), wherein a cooling lead pipe (6) is mounted in the groove body (1), and one end of the groove body (1) is provided with an overflow pipe (7) and an overflow trough (9) on the overflow pipe. The electrolytic manganese glass fiber reinforced plastic electrolysis bath has simple structure, a convex projection with a certain height between two lateral boards (2,3) of the groove body (1) reinforces the transverse length of the groove body (1), and the installation between the false bottom (10) and the false bottom frame (8) and the installation between the false bottom (10) and an anode chamber (11) are both conical engagement, and the conical engagement has excellent sealing, which can avoid the electrolysis bath from leaking. The electrolytic manganese glass fiber reinforced plastic electrolysis bath has simple and convenient operation, which can reduce more than 20% pole distance in a groove on the existing base through using the anode chamber with an isolated strip, and lead the electrical energy consumption of electrolytic manganese to be greatly lowered.

Description

The electrolytic manganese electrolyte tank made from glass reinforced plastics

Technical field

The utility model relates to a kind of electrolyzer of electrolytic manganese, especially the electrolyzer of being made by glass reinforced plastic.

Background technology

The employed electrolyzer of current electrolysis manganese factory all is to adopt pine or China fir slab to make, liner polyvinyl chloride soft board, be housed with civilian dress anolyte compartment framework the wooden false end, wooden anolyte compartment's external application 130# terylen cloth is made anolyte compartment's barrier film, make anolyte compartment and negative electrode separately, cooling lead pipe control flume liquid temp is equipped with in both sides in the groove, and electrolytic solution flows into cathode compartment and is penetrated into the anolyte compartment by diaphragm cloth, and anolyte is done acidifying and leached usefulness after the electrolysis after overflow groove overflows recovery.

Wooden electrolyzer, the plank abundant for polylith is combined into, though structural strength poor liner polyvinyl chloride soft board but still do not guarantee leakage causes electrolyte loss, the wooden false end and wooden flat anode frame in the electrolyzer, the assembling sealing materials that adopt more.Also difficulty reaches sealing purpose, and is normal because of the poorly sealed leakage that causes anolyte, light then influence the pH value of electrolytic solution, and the serious electrolytic manganese that negative plate is amassed is partly dissolved.The used wooden anolyte compartment of existing electrolyzer diaphragm cloth all is to be contained in outside the framework, in process of production, stainless steel cathode plate is often beaten and is rough and uneven in surface, nearer as pole span, then settling often contacts diaphragm cloth, makes the manganese metal blackening, molten, and tear diaphragm cloth in going out the manganese process, existing electrolyzer not may be turned pole span down, so big, the problem multidimensional of power consumption is protected also difficulty when wooden electrolyzer uses.

The utility model content:

The technical problems to be solved in the utility model provide a kind of structural strength big, do not have and leak, can improve the quality of products, reduce the electrolytic manganese electrolyte tank made from glass reinforced plastics of power consumption.

For solving the problems of the technologies described above, electrolytic manganese electrolyte tank made from glass reinforced plastics of the present utility model is made up of groove body, kerve and the false underframe that is clipped between groove body and the kerve, and groove body, false underframe, kerve are tightened to one by stainless steel bolt.The groove body is fastening with stainless steel bolt by two blocks of glass reinforced plastic side plates and two end plates; glass reinforced plastic side plate middle portion is the convex projection of certain altitude; to strengthen the horizontal stiffness of side plate; make and the vertical limit of side plate side plate two ends and bottom; be convenient to during assembling combine on the plane all around with false underframe kerve; a cooling lead pipe respectively is equipped with in groove body both sides; upflow tube is fixed on groove body one end, passes false underframe, inserts kerve upflow tube upper end overflow groove is housed; the false end, be contained in the false underframe tapered box; glass reinforced plastic anolyte compartment diaphragm cloth is built-in, and the isolating bar protection is arranged outward, and the lower end is a cone; be inserted in the tapering groove at the false end, the anolyte compartment is fixed by two flitches the top.

Take said structure; increased the electrolyzer bulk strength; solved the leakage of electrolyzer; because the protection of isolating bar is arranged outside the anolyte compartment; existing pole span can be shortened about 20%, not only shorten electrolyzer length, reduce bath voltage; reduced power consumption; reduced production cost, simultaneously, prevented that negative plate is when inserting; the electrolytic manganese that the diaphragm cloth of contact anolyte compartment makes on the negative plate and tied turns black; molten, improved the quality of product, because anolyte compartment's barrier film is furnished with the isolating bar protection; the more impossible negative plate that allows tears diaphragm cloth, makes the negative plate of this utmost point become hollow plate.

Description of drawings:

Below in conjunction with the drawings and specific embodiments utility model is described in further detail.

Fig. 1 is the horizontal partial cutaway diagrammatic sketch of the utility model electrolytic manganese electrolyte tank made from glass reinforced plastics.

Fig. 2 is the vertical cut-away view of the utility model electrolytic manganese electrolyte tank made from glass reinforced plastics.

Fig. 3 is the vertical cut-away view of the utility model electrolytic manganese electrolyte tank made from glass reinforced plastics.

Embodiment

Electrolytic manganese electrolyte tank made from glass reinforced plastics shown in Figure 1, by groove body 1, the false underframe 8 that kerve 12 is clipped between groove body 1 and the kerve 12 is fastening by stainless steel bolt 15.

The convex projection that groove body 1 both

sides side plate

2,3 middle portions shown in Figure 2 are divided into certain altitude to be strengthening the rigidity of groove body both

sides

2,3,

side plate

2,3 two ends, and the bottom make be convenient to

side plate

2,3 vertical limits 16 and false underframe 8 kerves 12 around planes combine.

Each has fixed a cooling lead pipe 6 with the regulating tank liquid temp groove body shown in Figure 31 both sides; upflow tube 7 is fixed on groove body 1 one ends; passing 8 insertion kerves, 12 upflow tubes, 7 upper ends, the false end is connected with overflow groove 9; make anolyte flow out electrolyzer; the false end 10, be contained in the false underframe 8 of identical tapering; glass reinforced plastic anolyte compartment 11 septation cloth 17 are built-in; glass reinforced plastic anolyte compartment framework has isolating bar 18 protection diaphragm cloths; glass reinforced plastic anolyte compartment 11 lower end cones 19; be fixed in the cone tank 13 of the false ends 10; the upper end is fixed in two location flitch 14 breach, makes the anolyte compartment up and down apart from being consistent.

Claims

1; a kind of electrolytic manganese electrolyte tank made from glass reinforced plastics is by the groove body; kerve and the false underframe that is clipped between groove body and the kerve are formed; the groove body; false underframe; kerve is tightened to one by stainless steel bolt; it is characterized in that groove body (1) is by two blocks of glass reinforced plastic side plates (2; 3) and two end plates (4; 5) fastening with stainless steel bolt (15); glass reinforced plastic side plate (2; 3) middle portion is that the convex projection of certain altitude is to strengthen side plate (2; 3) horizontal stiffness; side plate (2; 3) make and side plate (2 two ends and bottom; be convenient to combine when 3) assemble vertical limit (16) with false underframe (8) kerve (12) plane all around; groove body (1) passes false underframe (8) and inserts kerve (12); upflow tube (7) upper end is equipped with overflow groove (9) both sides and a cooling lead pipe (6) upflow tube (7) respectively is housed is fixed on groove body (1) one end; the false end (10), be contained in the false end tapered box (8); glass reinforced plastic anolyte compartment (11) diaphragm cloth (17) is built-in; isolating bar (18) protection is arranged outward; the lower end is cone (19); be inserted in the tapering groove (13) at the false end (10), anolyte compartment (11) upper end is fixing by two location flitches (14).

2, it is characterized in that according to the described electrolytic manganese electrolyte tank made from glass reinforced plastics of claim 1 false underframe (8) inside casing is taper, closely be fixed in the false underframe (8) with the false end of the taper of angle (10).

3, it is characterized in that according to right 1 described electrolytic manganese electrolyte tank made from glass reinforced plastics anolyte compartment (11) housing is the glass reinforced plastic sheet frame; diaphragm cloth (17) is built-in; isolating bar (18) protection is arranged outward; the lower end is cone (19); at at the false end (10); the cone tank (13) that fixed anode chamber (11) are arranged, closely fixed anode chamber (11).