CN104388616B - A kind of solid cooling medium cast - Google Patents
A kind of solid cooling medium cast Download PDFInfo
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- CN104388616B CN104388616B CN201410764719.2A CN201410764719A CN104388616B CN 104388616 B CN104388616 B CN 104388616B CN 201410764719 A CN201410764719 A CN 201410764719A CN 104388616 B CN104388616 B CN 104388616B
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Abstract
The invention discloses a kind of solid cooling medium cast, belong to casting technique field.In the solid cooling medium of the present invention, the addition of antiseize lubricant is the 15～18% of solid packing addition, and solid packing is made up of chromite sand, calcined bauxite in powder, magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide；Antiseize lubricant is made up of passivator and exciting agent, wherein: the mass ratio of passivator and exciting agent is 100:20～24, passivator is made up of aluminium powder, crushed crude pearlite, graphite powder, pulverized limestone, carborundum powder and flyash, and exciting agent is made up of silicon powder, rutile titanium dioxide and sulfonated phenol formaldehyde resin.In the casting process of cast steel cooling wall, the present invention can effectively prevent the solid cooling medium generating portion sintering being seated within the cooling water pipe of cast steel cooling wall, and cast steel cooling wall can be made to reach the technique effect of " melt and do not change " and " seamless fusion ".
Description
Technical field
The present invention relates to casting technique field, more particularly, it relates to a kind of solid cooling medium cast.
Background technology
In blast furnace, a large amount of use cooling walls are just built, as the cast steel cooling wall of a new generation's blast furnace cooling stave compared with ductile iron cooling stave commonly used at present, there is elongation percentage height, tensile strength is high, fusing point high, thermal-shock resistance and overall thermal conductivity can wait advantage well.Cast-iron cooling wall matrix and cooling water pipe material differ greatly, and by the restriction of basic material and casting technique, there is the air gap of 0.1～0.3mm, cause that thermal resistance increases between matrix and cooling water pipe.But, cast steel cooling wall matrix is same or like with cooling water pipe material, and special foundry engieering makes the outer wall of cooling water pipe be integrated seamless with matrix fusion, and inwall is non-fusible, indeformable.Cast steel cooling wall matrix and cooling pipe combine together, eliminate the gap between matrix and cooling tube in ductile iron cooling stave, decrease thermal resistance, thus improve the service life of blast furnace.Dissecting with machinery and metallography microscope sem observation fuses juncture area air-gap-free and interlayer, it is organized as metallurgical binding tissue.
The basic material of cast steel cooling wall is the low-carbon alloy steel that fusing point is significantly high, generally all selects the mild steel hot rolled seamless steel tube same or like with basic material as cooling pipe, to obtain good heat-conducting effect.Owing to the shape of cooling pipe is often designed to complicated irregular shape according to the specifically used occasion of cooling wall, so casting technique generally can only be adopted to produce, but in casting process, even if adopting conventional air cooling, the types of cooling such as oil cooling reduce cooling pipe temperature, but owing to cast steel liquid steel temperature is significantly high, still it is easy to make cooling pipe deform and burn through, the danger that the thermal current being particularly likely in casting process because sharply expanding has little time discharge and sets off an explosion, this casting difficult problem is never solved very well for a long time, the cast steel cooling wall of some cooling pipe shape matching complexity even cannot be produced.At present, in the casting process of cast steel cooling wall, it is prevented that cooling water pipe burn through, and make its " melt and do not change ", be the maximum difficult point in casting technique.
At present, frequently with preventing cooling water pipe burn through from inside.From interior anti-antipriming pipe burn through, it is possible to pass into gas/solid cooling medium inside cooling water pipe.Ventilation can use nitrogen or other rare gas, and it is oxidized in casting process that ventilation is prevented from pipe inner wall, and protects cooling water pipe to make its " melt and do not wear ".The cooling water pipe of nearly all shape can cool down by the mode of ventilation, but ventilation needs extra aeration equipment, and all multiparameters such as air pressure when ventilating, flow velocity need as the case may be, repeatedly grope just can draw.Pour into solid cooling medium is the simpler and easy and reliable method of one in cooling water pipe.Usual solid cooling medium uses multiple material to mix, but:
(1) proportioning of solid cooling medium is most important for realizing " molten and do not wear ", and by the impact of many factors, repeatedly gropes just can draw；
(2) existing solid cooling medium is often because generating portion sinters in casting process, causes that solid cooling medium cannot normally use in casting process, limits using and developing of solid cooling medium.
Summary of the invention
1. invention to solve the technical problem that
It is an object of the invention to overcome in prior art the effect being difficult to " melt and do not wear " in cast steel cooling wall casting process, and solid cooling medium often generating portion sintering in casting process, cause that cast steel cooling wall castability is difficult to the deficiency being effectively controlled, provide a kind of solid cooling medium cast, adopt technical scheme, in the casting process of cast steel cooling wall, can effectively prevent the solid cooling medium generating portion sintering being seated within the cooling water pipe of cast steel cooling wall, and cast steel cooling wall can be made to reach the technique effect of " melt and do not change " and " seamless fusion ".
2. technical scheme
For reaching above-mentioned purpose, technical scheme provided by the invention is:
A kind of solid cooling medium cast of the present invention, this solid cooling medium is made up of solid packing and antiseize lubricant, wherein: the addition of antiseize lubricant is the 15～18% of solid packing addition.
Further, this solid packing is made up of chromite sand, calcined bauxite in powder, magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide.In this solid packing, each component forms according to following mass parts: chromite sand 80～100 parts, calcined bauxite in powder 50～56 parts, magnesium oxide 6～9 parts, zircon 12～18 parts, alkali-free glass fibre 5～8 parts, blast furnace dust 8～12 parts, converter wind quenching slag 10～13 parts, antimony oxide 7～11 parts.
Further, this antiseize lubricant is made up of passivator and exciting agent, wherein: the mass ratio of passivator and exciting agent is 100:20～24, and described passivator is made up of aluminium powder, crushed crude pearlite, graphite powder, pulverized limestone, carborundum powder and flyash；Described exciting agent is made up of silicon powder, rutile titanium dioxide and sulfonated phenol formaldehyde resin.
Further, in described passivator, each component is by following mass parts composition: aluminium powder 90～110 parts, crushed crude pearlite 45～50 parts, graphite powder 50～56 parts, pulverized limestone 43～47 parts, carborundum powder 20～24 parts, 12～19 parts of flyash.In described exciting agent, each component is by following mass parts composition: silicon powder 92～100 parts, rutile titanium dioxide 78～92 parts, sulfonated phenol formaldehyde resin 25～34 parts.
3. beneficial effect
Adopt technical scheme provided by the invention, compared with prior art, there is following remarkable result:
A kind of solid cooling medium cast of the present invention, this solid cooling medium is made up of solid packing and antiseize lubricant.Wherein: adopt aluminum powder, crushed crude pearlite, graphite powder, pulverized limestone, carborundum powder and flyash are as passivator, adopt silicon powder, rutile titanium dioxide and sulfonated phenol formaldehyde resin are as exciting agent, antiseize lubricant in the present invention adopts the organic assembling of passivator and exciting agent, passivator inactivating performance in use is guaranteed by exciting agent, after antiseize lubricant is added solid packing, there is not chemical reaction, do not generate gas, non-fusible, adhesion tube wall, easy to clean, can effectively prevent the solid cooling medium generating portion sintering being seated within the cooling water pipe of cast steel cooling wall, passivator plays lubrication and prevents the effect of solid cooling medium bonding under high temperature.
In addition, solid packing in the present invention is made up of chromite sand, calcined bauxite in powder, magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide, and the solid packing heat storage capacity of the present invention is big, has stronger chilling action, thermal coefficient of expansion is little, Heat stability is good.During use, one end stopper of cooling water pipe in casting steel cooling wall in blast furnace before bend pipe is blocked, the solid cooling medium of the internal filling present invention from the other end of cooling water pipe to cooling water pipe, the solid cooling medium of present invention configuration is seated in inside cooling water pipe and ensure that cooling water pipe is indeformable in clod wash operating process, in addition, owing to the existence of solid cooling medium makes cooling water pipe fuse together with cast steel cooling wall body is seamless, at the tube wall of high-temperature molten steel bag tip-off cooling water pipe without burn through, successfully reach " molten and do not change " and the effect of " seamless ", the cooling water pipe through ball rate making cast steel cooling wall reaches 100%, cooling water pipe reaches 100% through water pressure test qualification rate, substantially increase cast steel cooling wall total quality, the performance of enterprises is made to obtain good lifting.
Detailed description of the invention
For further appreciating that present disclosure, below in conjunction with embodiment, the invention will be further described.
Embodiment 1
A kind of solid cooling medium cast of the present embodiment, this solid cooling medium is made up of solid packing and antiseize lubricant, and wherein: the addition of antiseize lubricant is the 16% of solid packing addition, ratio herein is mass percent.Solid packing in the present embodiment is made up of chromite sand, calcined bauxite in powder, magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide, and in this solid packing, each component forms according to following mass parts: chromite sand 90 parts, calcined bauxite in powder 54 parts, magnesium oxide 7 parts, zircon 14 parts, alkali-free glass fibre 6 parts, blast furnace dust 10 parts, converter wind quenching slag 12 parts, antimony oxide 9 parts.Wherein, the density of the chromite sand that the present embodiment adopts is 4.6g/cm3, Mohs' hardness is 6.0 grades, and refractoriness is 2150 DEG C；Converter wind quenching slag in the present embodiment is after vessel slag is transported to wind quenching station by slag ladle and carriage, the vessel slag of liquid flows out from the pans of slag ladle and carriage, air again through Laval nozzle ejection dispels, being broken into graininess and be converter wind quenching slag, the weight/mass percentage composition of the composition of this converter wind quenching slag is: Al2O3: 3.21%, CaO:44.75%, MgO:13.12%, MnO:0.71%, Si2O:14.8%, TFe:21.16%, f-CaO:0.44%, all the other are inevitable impurity.In addition, chromite sand is that 20～30 orders, 30～40 orders, 40～50 powder materials form by granularity, wherein particle diameter accounts for the 23% of chromite sand gross mass at the powder of 20～30 orders, particle diameter accounts for the 60% of chromite sand gross mass at the powder of 30～40 orders, and particle diameter accounts for the 17% of chromite sand gross mass at the powder of 40～50 orders.Calcined bauxite in powder granularity is 40～50 orders, and the granularity of magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide is 100～120 orders.
Antiseize lubricant in the present embodiment is made up of passivator and exciting agent, wherein: described passivator and the mass ratio of exciting agent are 100:22.In the present embodiment, passivator is made up of aluminium powder, crushed crude pearlite, graphite powder, pulverized limestone, carborundum powder and flyash, and in this passivator, each component is by following mass parts composition: aluminium powder 100 parts, crushed crude pearlite 48 parts, graphite powder 54 parts, pulverized limestone 45 parts, carborundum powder 22 parts, 15 parts of flyash.In order to realize the anti-sintered passivation effect of the best in the present embodiment, aluminium powder is that 40～60 orders, 60～80 orders, 80～100 powder materials form by granularity, wherein: particle diameter accounts for the 10% of aluminium powder gross mass at the powder of 40～60 orders, particle diameter accounts for the 23% of aluminium powder gross mass at the powder of 60～80 orders, and particle diameter accounts for the 67% of aluminium powder gross mass at the powder of 80～100 orders；Crushed crude pearlite, graphite powder, pulverized limestone, carborundum powder and flyash granularity are 80～100 orders.By the careful design to each component of passivator in the present embodiment, it is possible to making antiseize lubricant be filled in the space of solid packing fully, uniformly in filler, the design of granularity has important function for realizing anti-sintered.Exciting agent in the present embodiment is made up of silicon powder, rutile titanium dioxide and sulfonated phenol formaldehyde resin, and in this exciting agent, each component is by following mass parts composition: silicon powder 95 parts, rutile titanium dioxide 82 parts, sulfonated phenol formaldehyde resin 28 parts.Silicon powder in the present embodiment, rutile titanium dioxide granularity be 80～100 orders.The antiseize lubricant of the present embodiment adopts the organic assembling of passivator and exciting agent, passivator inactivating performance in use is guaranteed by exciting agent, after antiseize lubricant is added solid packing, can effectively preventing the solid cooling medium generating portion sintering being seated within the cooling water pipe of cast steel cooling wall, passivator plays lubrication and prevents the effect of solid cooling medium bonding under high temperature.
Adopting the solid cooling medium of the present embodiment, the step used in cast steel cooling wall casting cycle is specific as follows:
Step one, prepare casting solid cooling medium, the preparation of solid cooling medium includes the preparation of solid packing, antiseize lubricant, proportionally requires directly to mix after preparation, solid packing, antiseize lubricant preparation process detailed description as follows:
(1) the concretely comprising the following steps of solid packing preparation method:
(1), the component of solid packing prepares: the component requirements according to solid packing, preparation chromite sand, calcined bauxite in powder, magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide.And, chromite sand is crushed, chromite sand after broken is carried out screening dispensing, the dispensing of concrete chromite sand is as follows: chromite sand is that 20～30 orders, 30～40 orders, 40～50 powder materials form by granularity, wherein particle diameter accounts for the 23% of chromite sand gross mass at the powder of 20～30 orders, particle diameter accounts for the 60% of chromite sand gross mass at the powder of 30～40 orders, and particle diameter accounts for the 17% of chromite sand gross mass at the powder of 40～50 orders.Calcined bauxite in powder is crushed, and to screen out granularity be that 40～50 order calcineds bauxite in powder are standby.Magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide crush respectively, and it is standby to screen out the powder that granularity is 100～120 orders.
(2), it is mixed with: the calcined bauxite in powder in step (1), magnesium oxide, zircon are added in mixer, in mixer continuously stirred 23 minutes, obtains mixture A；Chromite sand in step (1) is added in mixer, whipping process is sequentially added into alkali-free glass fibre, blast furnace dust, converter wind quenching slag, antimony oxide, mixes 28 minutes；Add mixture A, continue stirring mixing 12 minutes, complete the preparation of solid packing；
(3) solid packing, by step (2) obtained is incubated 32 minutes under 130 DEG C of temperature conditions, furnace cooling, namely prepares solid packing.
(2) the concretely comprising the following steps of antiseize lubricant preparation method:
(1), the preparation of passivator: the component requirements according to passivator, prepare aluminium powder, crushed crude pearlite, graphite powder, pulverized limestone, carborundum powder and flyash, and aluminium powder 100 parts, crushed crude pearlite 48 parts, graphite powder 54 parts, pulverized limestone 45 parts, carborundum powder 22 parts, 15 parts of flyash are joined in agitator tank, mix and blend 12 minutes, prepares passivator standby；
(2), the preparation of exciting agent: the component requirements according to exciting agent, prepared silicon micropowder, rutile titanium dioxide and sulfonated phenol formaldehyde resin, and silicon powder 95 parts, rutile titanium dioxide 82 parts, sulfonated phenol formaldehyde resin 28 parts are joined in agitator tank, mix and blend 12 minutes, prepares exciting agent standby；
(3), it is mixed with: the exciting agent that the passivator prepare step (1) and step (2) prepare adds in agitator tank, wherein: the mass ratio of passivator and exciting agent is 100:22, mix and blend 34 minutes, namely obtains antiseize lubricant after mixing.In order to promote antiseize lubricant inactivating performance in use, after step (3) mixes, carried out pre-burning have and strengthen lubrication and prevent the effect of the bonding of solid cooling medium under high temperature, the burn-in process carried out after concrete mixing in the present embodiment is as follows: is placed in heating furnace by antiseize lubricant after mixing and is heated to 50 DEG C, is incubated 20 minutes；It is heated to 80 DEG C, is incubated 18 minutes；It is heated to 110 DEG C, is incubated 25 minutes；It is heated to 150 DEG C, is incubated 30 minutes；Can use after cooling to room temperature with the furnace.
Step 2, one end stopper of cooling water pipe in the casting steel cooling wall in blast furnace before bend pipe is blocked, the solid cooling medium internal filling step one from the other end of cooling water pipe to cooling water pipe, and the cooling water pipe being filled with solid cooling medium is vertically placed on vibration platen tamps, its frequency of vibration is 5 hertz, Oscillation Amplitude is 4 centimetres, time of vibration 10 minutes；In the present embodiment, the mode by vibrating ensures that solid cooling medium tamps closely in cooling water pipe, and devises concrete vibration parameters, and this has place mat effect for allowing solid cooling medium play one's part to the full.
Step 3, the cooling water pipe after step 2 filling solid cooling medium being carried out clod wash operation, then moulding smelting and pouring obtain cast steel cooling wall.In the present embodiment, the solid cooling medium of cast steel cooling wall casting is the key of the present invention.In solid packing, granularity is the space that the magnesium oxide of 100～120 orders, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide may be used for filling solid packing, and chromite sand is that 20～30 orders, 30～40 orders, three grades of powders of 40～50 order form by granularity, cooperation is specifically mixed with process and ensure that the inside of cooling water pipe is tamped closely, makes cooling water pipe indeformable in clod wash operating process.Solid packing in the present embodiment is by chromite sand, calcined bauxite in powder, magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide composition, calcined bauxite in powder therein is at magnesium oxide, the lower high-temperature stability that can improve whole solid packing system of cooperation of zircon, chromite sand is at alkali-free glass fibre, blast furnace dust, under the cooperation of converter wind quenching slag, heat storage capacity is big, there is stronger chilling action, thermal coefficient of expansion is little, Heat stability is good, and adopt antimony oxide can promote internal heat absorption, so that be filled with the cooling water pipe of the present embodiment solid cooling medium at high-temperature molten steel bag tip-off without burn through tube wall or by molten steel crimp.The present embodiment uses as cooling water pipe inner stuffing, repeatedly manufactures experimently, and is finally tested successfully by cast steel cooling wall, is successfully realized " molten and do not change " and the effect of " seamless ".Being found by experiment that, if cooling water pipe does not add in pipe before clod wash processing fills high temperature resistant filler, cooling water pipe is easy modification when clod wash, and almost obstructed ball.
The cast steel cooling wall that the present embodiment produces, it is carried out respectively pressure testing test and through ball test, specific requirement is: hydraulic test pressure is 1.5Mpa, after pressurize 30 minutes, pressure drop < 3%, knocks each position of cooling wall with 0.75kg hand hammer within the dwell time, does not allow phenomenon of sweating of leaking, after pressure testing, by compression air blow drying；Logical bulb diameter is 0.76 times of water pipe internal diameter, select metal or wooden ball, logical bulb diameter is 0.76 times of standard ball as logical bulb diameter of water pipe internal diameter, the standard ball of logical bulb diameter is put in the tube head of cooling wall one end, put ball one end with high-pressure air hose from cooling wall and be aerated ball, the standard ball of logical bulb diameter will fly out from tube head one end be qualified.Experiment records the cooling water pipe through ball rate of cast steel cooling wall and reaches 100%, and cooling water pipe reaches 100% through water pressure test qualification rate.
Embodiment 2
A kind of solid cooling medium cast of the present embodiment, substantially with embodiment 1, is different in that: the addition of antiseize lubricant is the 15% of solid packing addition.In solid packing, each component forms according to following mass parts: chromite sand 100 parts, calcined bauxite in powder 56 parts, magnesium oxide 9 parts, zircon 18 parts, alkali-free glass fibre 8 parts, blast furnace dust 12 parts, converter wind quenching slag 13 parts, antimony oxide 11 parts.The mass ratio of passivator and exciting agent is 100:20, wherein: in passivator, each component is by following mass parts composition: aluminium powder 90 parts, crushed crude pearlite 50 parts, graphite powder 50 parts, pulverized limestone 47 parts, carborundum powder 20 parts, 19 parts of flyash.In exciting agent, each component is by following mass parts composition: silicon powder 92 parts, rutile titanium dioxide 92 parts, sulfonated phenol formaldehyde resin 25 parts.The using method of a kind of solid cooling medium cast of the present embodiment is substantially with embodiment 1.
Embodiment 3
A kind of solid cooling medium cast of the present embodiment, substantially with embodiment 1, is different in that: the addition of antiseize lubricant is the 18% of solid packing addition.In solid packing, each component forms according to following mass parts: chromite sand 80 parts, calcined bauxite in powder 50 parts, magnesium oxide 6 parts, zircon 12 parts, alkali-free glass fibre 5 parts, blast furnace dust 8 parts, converter wind quenching slag 10 parts, antimony oxide 7 parts.The mass ratio of passivator and exciting agent is 100:24, wherein: in passivator, each component is by following mass parts composition: aluminium powder 110 parts, crushed crude pearlite 45 parts, graphite powder 56 parts, pulverized limestone 43 parts, carborundum powder 24 parts, 12 parts of flyash.In exciting agent, each component is by following mass parts composition: silicon powder 100 parts, rutile titanium dioxide 78 parts, sulfonated phenol formaldehyde resin 34 parts.The using method of a kind of solid cooling medium cast of the present embodiment is substantially with embodiment 1.
What deserves to be explained is herein, in this patent, in solid packing, the mass parts proportionate relationship of each component refers to when configuring solid packing the proportionate relationship of each component in solid packing, and the mass fraction of each component is all irrelevant with the mass fraction of each component in passivator, exciting agent in solid packing, as: when in embodiment 3, chromite sand is 80kg mass parts, silicon powder is not necessarily required to 100kg mass parts, it is only necessary to meet the addition of antiseize lubricant be the 18% of solid packing addition, the mass ratio of passivator and exciting agent be 100:24.
Claims (1)
1. the solid cooling medium cast, it is characterized in that: this solid cooling medium is made up of solid packing and antiseize lubricant, wherein: the addition of antiseize lubricant is the 15～18% of solid packing addition, this solid packing is made up of chromite sand, calcined bauxite in powder, magnesium oxide, zircon, alkali-free glass fibre, blast furnace dust, converter wind quenching slag and antimony oxide；In this solid packing, each component forms according to following mass parts:
Chromite sand 80～100 parts,
Calcined bauxite in powder 50～56 parts,
Magnesium oxide 6～9 parts,
Zircon 12～18 parts,
Alkali-free glass fibre 5～8 parts,
Blast furnace dust 8～12 parts,
Converter wind quenching slag 10～13 parts,
Antimony oxide 7～11 parts；
This antiseize lubricant is made up of passivator and exciting agent, wherein: the mass ratio of passivator and exciting agent is 100:20～24, and described passivator is made up of aluminium powder, crushed crude pearlite, graphite powder, pulverized limestone, carborundum powder and flyash；Described exciting agent is made up of silicon powder, rutile titanium dioxide and sulfonated phenol formaldehyde resin, wherein: in described passivator, each component is by following mass parts composition:
Aluminium powder 90～110 parts,
Crushed crude pearlite 45～50 parts,
Graphite powder 50～56 parts,
Pulverized limestone 43～47 parts,
Carborundum powder 20～24 parts,
12～19 parts of flyash；
In described exciting agent, each component is by following mass parts composition:
Silicon powder 92～100 parts,
Rutile titanium dioxide 78～92 parts,
Sulfonated phenol formaldehyde resin 25～34 parts.
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| CN109337654B (en) * | 2018-11-23 | 2021-03-16 | 辽宁科技学院 | Fly ash composite phase change energy storage material and preparation method thereof |
| CN112174680B (en) * | 2020-09-14 | 2021-10-08 | 华中科技大学 | Anti-fusion-through filler, preparation method, application and removal method thereof |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2473215Y (en) * | 2001-03-23 | 2002-01-23 | 包钢(集团)公司设计院 | Composite cooling wall for blast furnace cast steel |
| CN1513622A (en) * | 2003-05-12 | 2004-07-21 | 马鞍山钢铁股份有限公司 | Casting method of metal substrate cooling wall |
| CN101634520A (en) * | 2009-05-31 | 2010-01-27 | 江苏联兴成套设备制造有限公司 | Casting method of cast steel cooling plate |
| CN102009158A (en) * | 2010-12-17 | 2011-04-13 | 四川海科机械制造有限公司 | Method for preventing cast-in steel pipe from being burnt and sintered |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2473215Y (en) * | 2001-03-23 | 2002-01-23 | 包钢(集团)公司设计院 | Composite cooling wall for blast furnace cast steel |
| CN1513622A (en) * | 2003-05-12 | 2004-07-21 | 马鞍山钢铁股份有限公司 | Casting method of metal substrate cooling wall |
| CN101634520A (en) * | 2009-05-31 | 2010-01-27 | 江苏联兴成套设备制造有限公司 | Casting method of cast steel cooling plate |
| CN102009158A (en) * | 2010-12-17 | 2011-04-13 | 四川海科机械制造有限公司 | Method for preventing cast-in steel pipe from being burnt and sintered |
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