CN208928371U - A kind of integrated module type heavymedia separation unit - Google Patents

A kind of integrated module type heavymedia separation unit Download PDF

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Publication number
CN208928371U
CN208928371U CN201821504920.7U CN201821504920U CN208928371U CN 208928371 U CN208928371 U CN 208928371U CN 201821504920 U CN201821504920 U CN 201821504920U CN 208928371 U CN208928371 U CN 208928371U
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pump
medium
mine
ore
sieve
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刘福峰
李翔
刘烨河
龚志斌
刘晓
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Abstract

The utility model relates to a kind of integrated module type heavymedia separation units, including steel frame construction, the input of ore and pretreatment unit, mixing device, sorting unit, medium separating and reclaiming device, medium modulation and storage device, ore discharge device, waste water reclaiming device.The utility model saves extra classification, ore grinding cost because being wide grade ore dressing;The operating characteristics for improving technology controlling and process simultaneously, reduces the maintenance and repair cost of system, and capital expenditure is small, production cost is low.

Description

A kind of integrated module type heavymedia separation unit
Technical field
The utility model relates to ore-dressing plant, in particular to a kind of collection heavymedia separation unit.
Background technique
The limitation of Mineral Resources in China has: most mineral resources are of poor quality;Some important mineral products shortage or proved reserves Deficiency, content sharply decline;(companion) rawore altogether of complicated component is more, considerably increases the technical difficulty of development and utilization;It is medium and small Mine and hole mining are more, and large-scale, ultra-large type mine and dew mining are few;Lean ore is more, and rich ore, the mine easily selected are few;
The limitation of Chinese technique of preparing and equipment has: putting into more, gravity treatment side in terms of flotation, chemical mineral processing, magnetoelectricity ore dressing Face less investment, especially heavymedia separation technology are less in metallic ore ore dressing field;
But heavymedia separation has the advantages that original in entire technique of preparing: big when processing, clean and environmental protection, concentration ratio height, When normal reselection can not separate mineral and gangue low-density difference, heavymedia separation has significant aeneficiation effect.
The limitation of previous heavy-medium beneficiation equipment has: the scale of capital construction is big, operator is more and dispersion, pipe-line maintenance at This is big, technique controlling difficulty is big, operating instruction difficulty is big.These result in heavymedia separation technology in China Metal mine ore dressing Almost without studying and apply.Therefore, small-sized, integrated, modularization heavy-medium beneficiation equipment is universal at current Mineral Processing Enterprises Demand.
Summary of the invention
The present invention provides integrated one kind, modularization, miniaturization heavymedia separation unit.In order to solve the above-mentioned technical problem, The solution of the utility model are as follows:
A kind of integrated module type heavymedia separation unit, including steel frame construction, the input of ore and pretreatment unit, mixing Device, sorting unit, medium separating and reclaiming device, medium modulation and storage device, ore discharge device, waste water reclaiming device, it is special Sign is:
The steel frame construction is divided into F2/B2 and subterranean layer, subterranean layer setting pump sump (22), collection receives pond (23);Steel Frame structure from the bottom up count first layers set operation control cabinet (24), slag slurry pump under liquid (25), waste water pump (26), dilute medium bucket (7), Dilute medium pump (6), main medium pump (17), thickening pump (16), air compressor (18), blending bunker (4), is mixed main medium bucket (20) Material pump (5) and Media density instrument (19) and moisturizing electronic valve (21);The second layer includes being connected with to the belt conveyer of mine (1), ore prepares sieve (3), magnetic separator (13), weight mine screen (10), light mine screen (11), light mine chute (8), weight mine chute (9), water Power cyclone (14), inclined sieve (15), electric crane (12);
The input of the ore and pretreatment unit include: belt conveyer (1), ore preparation sieve (3);The transport skin Band (1) is in intermediate ore storage bin into mine end in the following, falling the feed end top that mine end prepares sieve (3) in ore;The ore prepares sieve (3) ore that belt conveyer (1) conveying comes is screened, oversize freely falls into blending bunker (4);
The mixing device includes: main medium pump (17), blending bunker (4);Main medium pump (17) input terminal and main Jie Matter bucket (20) is connected, output termination blending bunker (4);
The sorting unit includes: contactor pump (5), hydrocyclone (14);Contactor pump (5) input port and blending bunker (4) it connects, delivery outlet is connect with the feed inlet of hydrocyclone (14);The mixture of ore and medium is in hydrocyclone (14) Middle sorting ore, heavy mineral are exported with medium from the sand sinking port of hydrocyclone (14), and light mineral is from hydrocyclone (14) Overflow port output;
The ore discharge device includes: light mine chute (8) and weight mine chute (9);Above the heavy mine chute (9) feeding inlet with Weight mine screen (10) sieve upper outlet be connected, heavy mineral by weigh mine chute (9) be discharged;Pan feeding above the light mine chute (8) Mouthful with the sieve upper outlet of light mine screen (11) be connected, light mineral is discharged by light mine chute (8).
Preferably, the medium separating and reclaiming device includes: inclined sieve (15), weight mine screen (10), light mine screen (11), main Jie Matter bucket (20), dilute medium bucket (7), dilute medium pump (6), magnetic separator (13), pump sump (22), collection receives pond (23), slag slurry pump under liquid (25);Inclined sieve (15) input terminal is connect with the overflow port of hydrocyclone (14), and product freely falls into light mine screen on sieve (11), light mineral and undersized product are isolated through light mine screen;The input terminal of the heavy mine screen (10) and hydrocyclone (14) Sand sinking port connection isolates heavy mineral and undersized product through weight mine screen (10);The undersized product of the inclined sieve (15) and light mine Sieve (11), weight mine screen (10) undersized product a part, become owner of medium bucket (20) by pipeline connection flow, light mine screen (11) and Another part of the undersized product of weight mine screen (10) flows into dilute medium bucket (7) by pipeline connection;Dilute medium pump (6) Input port is connect with dilute medium bucket (7) with pipeline, and delivery outlet is connect with magnetic separator (13) feed inlet with pipeline;The magnetic separator (13) dense medium and waste water is divided into after dilute Medium concentration purification that dilute medium bucket (7) is come, medium flows into main Jie by pipeline Matter bucket (20);Collection receives pond (23) is the concrete basin for collecting evaporating, emitting, dripping or leaking of liquid or gas medium in production process, in collection receives pond (23) One end be equipped with pump sump (22), on pump sump (22), the pump housing slips into pump sump (22) slag slurry pump under liquid (25) frame, collect receives pond (23) medium collected in passes through slag slurry pump under liquid (25) and pipeline to light mine screen (11) recovering medium.
Preferably, the medium modulation and storage device include: main medium bucket (20), thickening pump (16), Media density instrument (19), moisturizing electronic valve (21);The Media density instrument (19) is mounted on main medium pump (17) outlet conduit, to main medium Media density Automatic Track Finding in bucket (20) measures Media density by Media density instrument (19), is adjusted according to density Thickening pump (16), moisturizing electronic valve (21);The input port of the thickening pump (16) is connect with main medium bucket (20) with pipeline, is exported Mouth is connect with dilute medium bucket (7) with pipeline, medium certain in main medium bucket (20) is extracted by thickening pump (16), into medium Separating and reclaiming device after making the more thickening of this certain media, then flows back into main medium bucket (20).
Preferably, the waste water reclaiming device includes: waste water pump (26), the catch basin of ore preparation sieve (3) below, waste water Pump (26) entrance and catch basin are connected with pipeline, and waste water pump (26) outlet is connected by pipeline, and waste water is transported to the broken of ore Broken screening, washup process.
Preferably, the electric crane (12) is mounted at the top of steelframe, for lifting by crane supplement dense media and equipment installation dimension Shield.
Preferably, the exhaust pipe of the air compressor (18) is connected with main medium bucket lower part, for blasting air.
Preferably, the motor of all devices and belt conveyer (1) are defeated in operation control cabinet (24) the control unit Enter the rock feeder of end top.
Preferably, electronic belt scale (2) are set on the belt conveyer (1);On main medium pump (17) efferent duct If Media density instrument (19), for measuring Media density.
Preferably, the steel frame construction includes 8 root posts, two layers of steel structure plane, steel structure ceiling, base area base under column Matter condition does concrete foundation;Concrete collection receives pond and pump sump are done under steel construction.
Preferably, the contactor pump (5), main medium pump (17), thickening pump (16), dilute medium pump (6), waste water pump (26) are Horizontal slurry pump;The Horizontal slurry pump and piping connection portion will set shock reducing soft joint;The supporting point of each screen(ing) machine, which is set, to be subtracted Shake block.
Preferably, feeding granularity can be in 25~0.5mm.
The advantage of this programme is:
1, improve the operating characteristics of technology controlling and process: treating capacity is big, is suitable for wide grade ore dressing, density contrast can be selected small Mine, operator is few, beneficiation cost is small, the heavy mineral rate of recovery is high, heavy mineral yield is small, is convenient for automatic operation;
2, reduce the maintenance and repair cost of system: each device height is concentrated, and is shortened each duct length and has been reduced by pipe Road resistance and abrasion, steel construction are easy to lift replacement component, save power consumption and maintenance cost;
3, because being wide grade ore dressing, extra classification, ore grinding cost are saved;
4, there is the essential feature of environmental protection, do not add any chemicals in ore dressing process, water can be recycled completely;
5, capital expenditure is greatly decreased, and is not required to build the workshop of many Equipment Foundations and large area, maneuverability;
6, modularization converts convenient for the assembly and replacement of component convenient for the arrangement of component;
Therefore, the capital expenditure of the utility model integrated module type heavymedia separation device is small, production cost is low, not only fits Together in front of lean ore ore grinding substantially throwing tail (for example day handles ten thousand tons or more Diamond Deposit), simultaneously because its maneuverability is also fitted Together in small mine (such as small coal mines), while being also suitble to the quick ore dressing of external non-ferrous metal rich ore.
Detailed description of the invention:
Fig. 1 is the utility model heavymedia separation apparatus structure schematic diagram one;
Fig. 2 is the utility model heavymedia separation apparatus structure schematic diagram two;
Fig. 3 is the utility model steel construction first layer apparatus structure schematic diagram;
Fig. 4 is the utility model steel construction second layer apparatus structure schematic diagram;
Fig. 5 is the utility model pump sump collection receives pond structural schematic diagram;
1 belt conveyer;2 electronic belt scales;3 dense media prepare sieve;4 blending bunkers;5 contactor pumps;6 dilute medium pumps; 7 dilute medium buckets;8 light mine chutes;9 heavy mine chutes;10 dense media sieve;11 light mine screens;12 electric cranes;13 magnetic separation Machine;14 hydrocyclones;15 inclined sieves;16 thickening pumps;17 main medium pumps;18 air compressors;19 pulp density instrument; 20 main medium buckets;21 moisturizing electronic valves;22 pump sumps;23 accident pools;24 operation control cabinets;25 slag slurry pump under liquid;26 is useless Water pump.
Specific embodiment:
Illustrate the utility model embodiment below by way of specific specific example, those skilled in the art can be by this theory Content disclosed by bright book understands other advantages and effect of the utility model easily.The utility model can also be by addition Different specific embodiments are embodied or practiced, and every details of this specification can also be based on different viewpoints and application, Without departing from the spirit of the present invention various modifications or alterations are carried out.
Embodiment 1
As shown in Figs. 1-5, a kind of integrated module type heavymedia separation unit, including steel frame construction, the input of ore and pre- Processing unit, mixing device, sorting unit, medium separating and reclaiming device, medium modulation and storage device, ore discharge device, waste water Recyclable device, it is characterised in that: the steel frame construction is divided into F2/B2 and subterranean layer, subterranean layer setting pump sump (22), Collect receives pond (23).
Steel frame construction counts first layers from the bottom up and sets operation control cabinet (24), slag slurry pump under liquid (25), waste water pump (26), dilute Medium bucket (7), main medium bucket (20), main medium pump (17), thickening pump (16), air compressor (18), mixes at dilute medium pump (6) Feed bin (4), contactor pump (5) and Media density instrument (19) and moisturizing electronic valve (21).
The second layer includes being connected with to prepare sieve (3), magnetic separator (13), weight mine screen to the belt conveyer of mine (1), ore (10), light mine screen (11), light mine chute (8), weight mine chute (9), hydrocyclone (14), inclined sieve (15), electric crane (12).
The input of the ore and pretreatment unit include: belt conveyer (1), electronic belt scale (2), ore preparation sieve (3);The travelling belt (1) is to prepare to sieve the feed end top of (3) in ore in the following, falling mine end in intermediate ore storage bin into mine end, Electronic belt scale (2) are installed on belt conveyer (1), are measured to ore stone;The ore prepares sieve (3) belt conveyer (1) ore that conveying comes is desilted and is soaked, and the oversize that ore prepares sieve (3) freely falls into blending bunker (4).
The mixing device is that ore and medium are sufficiently mixed in blending bunker (4);It include: main medium pump (17), mixed Feed bin (4);Main medium pump (17) input terminal is connected with main medium bucket (20), output end and blending bunker (4);
The sorting unit is the movement in hydrocyclone (14) of ore and dielectric mixture, light mineral and heavy mineral Separation;It include: contactor pump (5), hydrocyclone (14);Contactor pump (5) input port is connect with blending bunker (4), delivery outlet It is connect with the feed inlet of hydrocyclone (14);The mixture of ore and medium sorting ore in hydrocyclone (14), weight Mineral are exported with medium from the sand sinking port of hydrocyclone (14), and light mineral is exported from the overflow port of hydrocyclone (14).
The medium separating and reclaiming device is mineral to be separated with medium, and dielectric film filter is recycled;It include: inclined-plane Sieve (15), weight mine screen (10), light mine screen (11), main medium bucket (20), dilute medium bucket (7), dilute medium pump (6), magnetic separator (13), Pump sump (22), collection receives pond (23), slag slurry pump under liquid (25);The overflow of inclined sieve (15) input terminal and hydrocyclone (14) Mouth connection, the overflow of hydrocyclone (14) is the mixture of light mineral and medium, by inclined sieve (15), is divided into the upper product of sieve And undersized product, product freely falls into light mine screen (11) on sieve, isolates light mineral and undersized product through light mine screen;The heavy mine The input terminal of sieve (10) is connect with the sand sinking port of hydrocyclone (14), and the sand setting of hydrocyclone (14) is weight mine mineral and is situated between The mixture of matter isolates heavy mineral and undersized product through weight mine screen (10);The undersized product of the inclined sieve (15) and light mine Sieve (11), weight mine screen (10) undersized product a part, become owner of medium bucket (20) by pipeline connection flow, light mine screen (11) and Another part of the undersized product of weight mine screen (10) flows into dilute medium bucket (7) by pipeline connection;Dilute medium pump (6) Input port is connect with dilute medium bucket (7) with pipeline, and delivery outlet is connect with magnetic separator (13) with pipeline;The magnetic separator (13) from It is divided into medium and waste water after dilute Medium concentration purification that dilute medium bucket (7) is come, medium flows into main medium bucket (20) by pipeline;Institute Stating collection receives pond (23) is the concrete basin for collecting evaporating, emitting, dripping or leaking of liquid or gas medium in production process, is equipped with pump in one end of collection receives pond (23) Well (22), on pump sump (22), the pump housing slips into pump sump (22) slag slurry pump under liquid (25) frame, Jie collected in collection receives pond (23) Matter passes through slag slurry pump under liquid (25) and pipeline to light mine screen (11) recovering medium.
The medium modulation and storage device are the media medium modulation at qualified density, and play storage and buffering Jie The effect of matter;It include: main medium bucket (20), thickening pump (16), Media density instrument (19), moisturizing electronic valve (21);The medium Densimeter (19) is mounted on main medium pump (17) outlet conduit, automatically tracks survey to the Media density in main medium bucket (20) It is fixed, Media density is measured by Media density instrument (19), thickening pump (16), moisturizing electronic valve (21) are adjusted according to density;Institute The input port for stating thickening pump (16) is connect with main medium bucket (20) pipeline, and delivery outlet is connect with dilute medium bucket (7), is pumped by thickening (16) medium certain in main medium bucket (20) is extracted, into medium separating and reclaiming device, this certain media is concentrated more de- After water, then main medium bucket (20) is flowed back into, so that the density of medium in main medium bucket (20) be made further to increase.
The ore discharge device is just the heavy mineral sorted out, outside light mineral this equipment;It include: light mine chute (8) and again Mine chute (9);Above the heavy mine chute (9) feeding inlet and the sieve upper outlet of weight mine screen (10) be connected, pass through mine chute again (9) heavy mineral is discharged;Above the light mine chute (8) feeding inlet and the sieve upper outlet of light mine screen (11) be connected, pass through light mine Light mineral is discharged in chute (8).
Embodiment 2
On the basis of embodiment 1, the electric crane (12) is mounted at the top of steelframe, for lift by crane supplement dense media, With equipment installation maintenance.The air compressor (18) is to blast air from main medium bucket lower part with compressed air, keeps dense medium Matter is at suspended state;The exhaust pipe of air compressor is connect with main medium bucket lower part.
Embodiment 3
On the basis of embodiment 1, the operation control cabinet (24) is that entire unit electric control operation always shields, comprising: one group Control cabinet is operated, the side of entire unit is mounted on, is arranged by power-up sequence;Contactor pump, main medium pump, dilute medium pump, waste water Pump is Horizontal slurry pump, and all Horizontal slurry pumps are equipped with respective frequency converter, is used for electric motor starting and regulation.
Embodiment 4
On the basis of embodiment 1, the waste water reclaiming device is that ore preparation sieve (3) and magnetic separator (13) waste water is defeated It is sent to entire ore dressing front technique, as ore reduction screening, washes mining water;It include: waste water pump (26), in ore preparation sieve (3) waste water of catch basin below, magnetic separator (13) prepares the catch basin under sieve (3), waste water pump by pipeline self to ore (26) entrance is connect with the catch basin pipeline, and waste water pump (26) outlet is connected by pipeline, and waste water is transported to ore reduction sieve Point, the circulating water pool in washup equipment or dressing plant.
Above-described embodiment is only illustrative to illustrate the principles of the present invention and effect, and not for limitation, this is practical new Type.Any person skilled in the art person all can under the spirit and scope without prejudice to the utility model, to above-described embodiment into Row changes or modification.Therefore, all those of ordinary skill in the art are without departing from the revealed essence of the utility model All equivalent modifications or change completed under mind and technical idea, still should be covered by the claim of the utility model.

Claims (10)

1. a kind of integrated module type heavymedia separation unit is filled including steel frame construction, the input of ore and pretreatment unit, mixing It sets, sorting unit, medium separating and reclaiming device, medium modulation and storage device, ore discharge device, waste water reclaiming device, feature It is:
The steel frame construction is divided into F2/B2 and subterranean layer, subterranean layer setting pump sump (22), collection receives pond (23);Steelframe knot Structure counts first layer from the bottom up and sets operation control cabinet (24), slag slurry pump under liquid (25), waste water pump (26), dilute medium bucket (7), dilute Jie Matter pumps (6), main medium bucket (20), main medium pump (17), thickening pump (16), air compressor (18), blending bunker (4), contactor pump (5) and Media density instrument (19) and moisturizing electronic valve (21);The second layer includes being connected with to the belt conveyer of mine (1), mine Stone prepares sieve (3), magnetic separator (13), weight mine screen (10), light mine screen (11), light mine chute (8), weight mine chute (9), hydraulic cyclone Device (14), inclined sieve (15), electric crane (12);
The input of the ore and pretreatment unit include: belt conveyer (1), ore preparation sieve (3);The belt conveyer It (1) is in intermediate ore storage bin into mine end in the following, falling the feed end top that mine end prepares sieve (3) in ore;The ore prepares sieve (3) The ore that belt conveyer (1) conveying comes is screened, oversize freely falls into blending bunker (4);
The mixing device includes: main medium pump (17), blending bunker (4);Main medium pump (17) input terminal and main medium bucket (20) it is connected, output termination blending bunker (4);
The sorting unit includes: contactor pump (5), hydrocyclone (14);Contactor pump (5) input port and blending bunker (4) Connection, delivery outlet are connect with the feed inlet of hydrocyclone (14);The mixture of ore and medium is in hydrocyclone (14) Sorting ore, heavy mineral are exported with medium from the sand sinking port of hydrocyclone (14), and light mineral overflows from hydrocyclone (14) Head piece output;
The ore discharge device includes: light mine chute (8) and weight mine chute (9);Feeding inlet and Chong Kuang above the heavy mine chute (9) Sieve (10) sieve upper outlet be connected, heavy mineral by weigh mine chute (9) be discharged;Above the light mine chute (8) feeding inlet with The sieve upper outlet of light mine screen (11) be connected, light mineral is discharged by light mine chute (8).
2. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the medium separates back Receiving apparatus includes: inclined sieve (15), weight mine screen (10), light mine screen (11), main medium bucket (20), dilute medium bucket (7), dilute medium pump (6), magnetic separator (13), pump sump (22), collection receives pond (23), slag slurry pump under liquid (25);Inclined sieve (15) input terminal and waterpower The overflow port of cyclone (14) connects, and product freely falls into light mine screen (11) on sieve, isolates under light mineral and sieve through light mine screen Product;The input terminal of the heavy mine screen (10) is connect with the sand sinking port of hydrocyclone (14), isolates weight through weight mine screen (10) Mineral and undersized product;The one of the undersized product of the inclined sieve (15) and the undersized product of light mine screen (11), heavy mine screen (10) Part is become owner of medium bucket (20) by pipeline connection flow, another part of the undersized product of light mine screen (11) and weight mine screen (10), Dilute medium bucket (7) is flowed by pipeline connection;The input port of dilute medium pump (6) is connect with dilute medium bucket (7) with pipeline, defeated Outlet is connect with magnetic separator (13) feed inlet with pipeline;The magnetic separator (13) is the dilute Medium concentration come from dilute medium bucket (7) It is divided into dense medium and waste water after purification, medium flows into main medium bucket (20) by pipeline;The collection receives pond (23) is to collect production The concrete basin of evaporating, emitting, dripping or leaking of liquid or gas medium in the process is equipped with pump sump (22) in one end of collection receives pond (23), slag slurry pump under liquid (25) On pump sump (22), the pump housing slips into pump sump (22) frame, and the medium collected in collection receives pond (23) passes through slag slurry pump under liquid (25) With pipeline to light mine screen (11) recovering medium.
3. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the medium modulation with Storage device includes: main medium bucket (20), thickening pump (16), Media density instrument (19), moisturizing electronic valve (21);The medium is close Degree instrument (19) is mounted on main medium pump (17) outlet conduit, automatically tracks survey to the Media density in main medium bucket (20) It is fixed, Media density is measured by Media density instrument (19), thickening pump (16), moisturizing electronic valve (21) are adjusted according to density;Institute The input port for stating thickening pump (16) is connect with main medium bucket (20) with pipeline, and delivery outlet is connect with dilute medium bucket (7) with pipeline, is led to Crossing thickening pump (16) and extracting in main medium bucket (20) medium is concentrated this certain media more into medium separating and reclaiming device After dehydration, then flow back into main medium bucket (20).
4. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the Sewage treatment dress Setting includes: waste water pump (26), the catch basin of ore preparation sieve (3) below, and waste water pump (26) entrance and catch basin are connected with pipeline, Waste water pump (26) outlet is connected by pipeline, waste water is transported to crushing and screening, the washup process of ore.
5. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the electric crane (12) it is mounted at the top of steelframe, for lifting by crane supplement dense media and equipment installation maintenance.
6. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the air compressor (18) exhaust pipe is connected with main medium bucket lower part, for blasting air.
7. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the operation control cabinet (24) motor of all devices and the rock feeder above belt conveyer (1) input terminal in unit are controlled.
8. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the belt conveyer (1) electronic belt scale (2) are set on;Media density instrument (19) are set on main medium pump (17) efferent duct, for measuring medium Density.
9. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the steel frame construction packet 8 root posts, two layers of steel structure plane, steel structure ceiling are included, base area base geological conditions does concrete foundation under column;It is done under steel construction Concrete collection receives pond and pump sump.
10. a kind of integrated module type heavymedia separation unit as described in claim 1, it is characterised in that: the contactor pump (5), main medium pump (17), thickening pump (16), dilute medium pump (6), waste water pump (26) are Horizontal slurry pump;The Horizontal slurry pump Shock reducing soft joint is set with piping connection portion;The ore prepares sieve (3), weight mine screen (10), light mine screen (11), inclined sieve (15) supporting point sets damping block.
CN201821504920.7U 2018-09-14 2018-09-14 A kind of integrated module type heavymedia separation unit Active CN208928371U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111135633A (en) * 2020-03-10 2020-05-12 威海市海王科技有限公司 Recycling and recycling treatment system and treatment process for silicon iron powder
CN111298958A (en) * 2020-03-27 2020-06-19 云南缘矿科技开发有限公司 Metal mineral separation equipment and use method thereof
CN111841875A (en) * 2020-06-15 2020-10-30 湖南有色金属职业技术学院 Integrated type dense medium beneficiation process flow

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111135633A (en) * 2020-03-10 2020-05-12 威海市海王科技有限公司 Recycling and recycling treatment system and treatment process for silicon iron powder
CN111135633B (en) * 2020-03-10 2023-09-22 威海市海王科技有限公司 Ferrosilicon powder recycling treatment system and treatment process
CN111298958A (en) * 2020-03-27 2020-06-19 云南缘矿科技开发有限公司 Metal mineral separation equipment and use method thereof
CN111841875A (en) * 2020-06-15 2020-10-30 湖南有色金属职业技术学院 Integrated type dense medium beneficiation process flow

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