CN106031970A - Manufacturing method of container - Google Patents
Manufacturing method of container Download PDFInfo
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- CN106031970A CN106031970A CN201510121359.9A CN201510121359A CN106031970A CN 106031970 A CN106031970 A CN 106031970A CN 201510121359 A CN201510121359 A CN 201510121359A CN 106031970 A CN106031970 A CN 106031970A
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Abstract
The invention provides a manufacturing method of a container. The manufacturing method includes that a steel coil is uncoiled or stripped to form blank members; the blank members are molded and processed to form components; the components are welded and assembled to form parts; the surfaces of the parts are subjected to water sanding; and the parts are assembled to form a container. According to the above manufacturing method, the unavoidable dust and flue dust pollution in the prior art can be effectively prevented by processing the surfaces of the parts of the container by means of water sanding, and thereby the work environment of workers can be greatly improved and the manufacturing efficiency of the container is improved.
Description
Technical field
The present invention relates to a kind of for material storing or the manufacture method of the tun of transport, particularly relate to a kind of container
Manufacture method.
Background technology
Existing Production Container process generally uses the process route as shown in rear attached Figure of description 1.Shown in Fig. 1
In process route, first, coil of strip is carried out uncoiling or point bar so that it is be formed as blank；Then the surface to blank
Carry out pretreatment sanding；Then, dust primer or roller coat zinc powder are sprayed to by the surface of the blank of sanding, to carry out short-term
Antirust treatment；Then, blank is shaped processing so that it is be formed as shape and meet multiple parts of demand；So
After, these parts are respectively welded into required all parts；After parts welding assembly completes, carry out general assembly, i.e.
All parts is welded or is riveted together, to form a complete container body.Butt welding is also needed to after general assembly
Welding bead after connecing carries out sanding process (also referred to as secondary sanding), to obtain the surface of required quality, thus after convenience
Paint application.After welding bead sanding completes, container body is overhauled, paint, dry, then on casing
Other matching components (floor, locking bar, mark etc.) are installed, then carry out trying water, maintenance etc. and check step, finally hand over
Case is checked.
But, above-mentioned process route there is a problem in that at parts welding assembly or before carrying out general assembly by welding,
Need the surface spraying dust primer to blank or roller coat zinc powder, to reach the purpose of short-term rust prevention, and weldering later
In termination process, owing to welding produces high heat, cause zinc powder at high temperature can form harmful zinc oxide fume, from
And workers ' health is caused extremely serious injury.Additionally, in the manufacture process of current container, pretreatment sanding
And secondary sanding generally uses ball blast sanding technique or blasting craft, a large amount of dust therefore during sanding, can be produced, by
In typically using by formula sanding method, the equipment for sanding cannot fully seal, therefore a large amount of dust during sanding
Can overflow, the health of workman is caused extremely serious injury.And overflow to reduce dust, factory needs to use big merit
Rate convulsion and cleaner so that produce negative pressure in blast room's body, the most not only cause serious energy waste, take out simultaneously
Surrounding is also caused severe contamination by the dust gone out.
Summary of the invention
In order to solve the problems referred to above, the invention provides the manufacture method of a kind of container.The manufacture method of the present invention is by pole
The earth improves environment and administers the high pollution of similar enterprises, improves the working environment of employee simultaneously.Further, the present invention carries
Having supplied a kind of efficient and energy-conservation Production Container method, this manufacture method realizes automatization further for similar enterprises
Also play critical effect.
To achieve these goals, the present invention is by the following technical solutions:
Thering is provided the manufacture method of a kind of container, it comprises the steps of A: coil of strip uncoiling or point bar forms blank；
B: blank is shaped processing so that it is be formed as part；C: by part welding assembly so that it is be formed as parts；
D: the surface of at least part of parts is carried out water sanding process；E: be container by parts general assembly.
According to above-mentioned manufacture method, use water sanding technique in step D, can be effectively prevented owing to using ball blast to beat
Sand or sandblasting and the dust pollution that produces, and then improve the working environment of workman.
Preferably, in step D, farther include: after the surface of parts is carried out water sanding process, to parts
Surface carry out antirust treatment.
According to above-mentioned manufacture method, antirust treatment is carried out after step D, thus antirust treatment does not interferes with in step
Processing and forming step between B, C and welding processing step, thus ensure Forming Quality and welding quality.
Preferably, antirust treatment is soaking technology, in soaking technology, is immersed by parts in particular solution and makes parts
Surface forms protecting film.
Preferably, antirust treatment is the spray dust primer of the surface to parts or roller coat zinc powder.
Preferably, in step D, in the water that water sanding processes, antirust agent is being added further.
According to above-mentioned manufacture method, in step D, in the water that water sanding processes, adding antirust agent further, this
Sample can carry out antirust treatment while water sanding processes, thus eliminates procedure of processing, and then improves production effect
Rate.
Preferably, in step C, farther include: before by part welding assembly, part is ready for weldering
The part connect carries out surface process.
According to above-mentioned manufacture method, before by part welding assembly, the part that part is ready for welding carries out table
Face processes, and can be effectively improved the weldquality after welding.
Preferably, surface is processed as the process of water sanding.
According to above-mentioned manufacture method, use water sanding to process, can be effectively prevented owing to using ball blast sanding or sandblasting
The dust pollution produced, and then improve the working environment of workman.
Preferably, in stepb, farther include: before blank is shaped processing, at the table of blank
Topcoating covers halogenide film.
According to above-mentioned manufacture method, before steel blank part is shaped processing, in the surface-coated of steel blank part
Halogenide film, can play lubrication, thus extend the mold use life-span.
Further, for welding assembly container, above-mentioned general assembly is welding general assembly；Preferably, after step E, enter
One step comprises the following steps: F: the welding bead after welding general assembly is carried out surface process；G: to the container after welding general assembly
Casing paint.
Preferably, the surface in step F is processed as the process of water sanding.
Further, for welding assembly container, general assembly is welding general assembly；Preferably, after step E, further
Comprise the following steps: F: the box outer surface of the container after welding general assembly is carried out surface process；G: to welding general assembly
After the casing of container paint.
Preferably, the surface in step F is processed as the process of water sanding.
Further, for riveting assembled container, above-mentioned general assembly is riveting general assembly；Preferably, in described step D,
Farther include: before carrying out riveting general assembly, the surface of described parts is painted or plane is sprayed paint.
According to above-mentioned manufacture method, for riveting assembled container, before general assembly, the surface of parts is painted or
Plane sprays rather than paints whole casing, is so easy to construction, thus improves production efficiency.
Meanwhile, to achieve these goals, the present invention can also be by the following technical solutions:
The manufacture method providing a kind of container comprises the steps of A: coil of strip uncoiling or point bar forms blank；B: right
The surface of described blank carries out water sanding process；C: described blank is shaped processing so that it is be formed as part；
D: by described part welding assembly so that it is be formed as parts；E: parts are carried out general assembly.
According to above-mentioned manufacture method, use water sanding technique in stepb, can be effectively prevented owing to using ball blast to beat
Sand or sandblasting and the dust pollution that produces, and then improve the working environment of workman.
Preferably, in described step B, farther include: the surface of described blank is being carried out at described water sanding
After reason, the surface of described blank is carried out antirust treatment.
Preferably, described antirust treatment is soaking technology, in described soaking technology, immerses specific molten by described blank
The surface making described blank in liquid forms protecting film.
According to above-mentioned manufacture method, use soaking technology to carry out antirust treatment, the paint in subsequent step can be changed into face
Paint, thus cost-effective, and owing to zinc powder need not be coated, harmful zinc oxide gas will not be produced when welding, from
And the health protecting workman is not poisoned and decreases environmental pollution.
Preferably, described antirust treatment is the surface-coated antirust agent at described blank.
According to above-mentioned manufacture method, owing to zinc powder need not be coated, harmful zinc oxide gas will not be produced when welding, from
And the health protecting workman is not poisoned and decreases environmental pollution.
Preferably, in described step B, in the water that described water sanding processes, adding antirust agent.
According to above-mentioned manufacture method, in the water that water sanding processes, adding antirust agent further, so can beat at water
Sand carries out antirust treatment while processing, thus eliminates procedure of processing, and then improves production efficiency, and due to not
Zinc powder must be coated, harmful zinc oxide gas will not be produced when welding, thus the health protecting workman is not poisoned also
And decrease environmental pollution.Preferably, in described step C, farther include: described blank is being shaped
Before processing, at the surface-coated halogenide film of described blank.
According to above-mentioned manufacture method, before steel blank part is shaped processing, in the surface-coated of steel blank part
Halogenide film, can play lubrication and rust inhibition, thus extend the mold use life-span, and owing to being coated with
Zinc powder carries out antirust, will not produce harmful zinc oxide gas when welding, thus the health protecting workman is not poisoned
And decrease environmental pollution.
Further, for welding assembly container, above-mentioned general assembly is welding general assembly；Preferably, described step E it
After, further include steps of F: the welding bead after described welding general assembly is carried out surface process；G: to described welding
The casing of the container after general assembly paints.
Preferably, the surface in described step F is processed as the process of water sanding.
Further, for riveting assembled container, above-mentioned general assembly is riveting general assembly；Preferably, in step D, one is entered
Step includes: before carrying out riveting general assembly, the welding bead of parts is carried out surface process, after the surface treatment, to parts
Surface carry out painting or plane spraying.
According to above-mentioned manufacture method, for riveting assembled container, before carrying out general assembly, the surface of parts is carried out oil
Paint or plane spray rather than paint whole casing, are so easy to construction, thus improve production efficiency.
Preferably, this surface is processed as the process of water sanding.
According to above-mentioned manufacture method, this surface is processed as water sanding and processes, and can be effectively prevented owing to using ball blast sanding
Or sandblasting and the dust pollution that produces, and then improve the working environment of workman.
Accompanying drawing explanation
Fig. 1 is the process route chart of the Production Container process according to prior art；
Fig. 2 is the process route chart of the Production Container process according to the first embodiment of the present invention；
Fig. 3 is the process route chart of the Production Container process according to the second embodiment of the present invention；
Fig. 4 is the process route chart of the Production Container process according to the third embodiment of the present invention；
Fig. 5 is the process route chart of the Production Container process according to the fourth embodiment of the present invention.
Detailed description of the invention
Each embodiment of prior art and the present invention will be described below with reference to the accompanying drawings.
First, 2 the first embodiment of the present invention is described referring to the drawings.
The process route that the first embodiment of the present invention provides is adapted to welding assembly container, and it provides a kind of and existing
The process route that technology is different.
As in figure 2 it is shown, according in the process route of the first embodiment of the present invention, first raw material i.e. coil of strip is opened
Volume or point bar so that it is be formed as the block or blank of strip；Then blank is shaped processing so that it is be formed as
Shape meets multiple parts of demand, and in the present invention, the mode of processing and forming can be to utilize punching press, cutting etc. various
Existing machine-shaping mode.After processing and forming completes, multiple parts are welded together formation container institute respectively
Need parts, such as front and back frame, side plate, top board, chassis etc..After above-mentioned parts welding assembly completes, to these
The surface of parts carries out water sanding process respectively, and the water sanding of indication of the present invention processes and refers to utilize the water with certain pressure
The injection of stream carries out the technique of surface process to the surface of material, can be properly added abrasive material and antirust agent etc. in current.
After parts surface is carried out water sanding process, respectively these parts are carried out antirust treatment, in the present invention, antirust
Process can use various ways, uses the traditional approach to parts surface spraying zinc primer powder in the present first embodiment,
Other modes such as such as soaking technology can also be used, as long as antirust purpose can be reached.Antirust treatment it
After, carry out these parts welding general assembly, with by one complete container body of formation welded together for these parts.
After welding general assembly completes, carrying out secondary sanding, the secondary sanding of the present invention can use water sanding technique etc..Two
The subsequent steps such as after secondary sanding completes, the casing of container forming welding overhauls, paints, drying, then
Other matching components such as floor, locking bar, mark etc. are arranged on casing, then carry out trying water, maintenance etc. and check step
Suddenly, final friendship case inspection.
By using the process route of first embodiment above to manufacture welding assembly container, not merely with water sanding technique
The surface of all parts of composition container is processed, also utilizes water sanding technique to by each during secondary sanding
Welding bead after individual parts weld together is processed, thus it is required to ensure that whole container surface everywhere is respectively provided with
Surface roughness, thus process for follow-up paint and provide good basis.
Further, by using the process route of first embodiment above to manufacture welding assembly container, because part
Molding and form the welding of all parts all before sanding and antirust treatment, even if so using traditional at parts surface
The antirust treatment mode of spraying zinc powder, owing to welding is to carry out before antirust treatment, therefore will not produce when welding
The gas such as zinc oxide fume of evil, the health protecting workman is not poisoned and decreases environmental pollution.Further,
The input of water sanding technique also makes the dust disappearance produced due to employing ball blast sanding or spray technology, and this changes the most significantly
It is apt to the working environment of workman, and decreases environmental pollution.
Further, according to the process route of this first embodiment, utilize water sanding technology that multiple parts are welded together shape
The parts become carry out sanding respectively rather than each part carried out before forming parts sanding, the object that sanding processes
Quantity significantly reduce, be beneficial to improve production efficiency.Additionally, the parts multiple parts formed according to this first embodiment
Carry out sanding respectively, it is also possible to greatly reduce the workload of secondary sanding after being welded together by all parts, because
Multiple parts are welded together to form produced welding bead during parts and complete in the sanding step to parts
, the secondary sanding after container is completed needs only to the welding bead between all parts is carried out sanding, this
The mode of sample greatly reduces the workload of secondary sanding, is very favorable for improving production efficiency.
Further, the parts being welded together to form by the part of multiple molding are likely to be of a lot of knuckle, traditional throwing
Ball sanding is generally difficult to handle these knuckles, thus causes and can not be carried out surface all sidedly by the surface of the parts of sanding
Reason, and the employing of water sanding technology overcomes these defects.Even if sanding is carried out after parts are formed, it is also possible to portion
The surface of part carries out the process of comprehensive surface.
The welding assembly container of the present embodiment machines substantially according to above-mentioned process route, but, it has been not necessarily to
Entirely carry out according to above-mentioned process route, it is also possible to individual process route is adjusted.
Such as, in the above-mentioned process route that this first embodiment is proposed, if user uses soaking technology to parts
When carrying out antirust treatment, owing to soaking technology can form one layer of uniform protecting film on the surface of parts, thus through soaking
The surface of the parts of PROCESS FOR TREATMENT need not paint again, only need to apply one layer for finish paint attractive in appearance.
Further, in the above-mentioned process route that this first embodiment is proposed, can be in the current that water sanding processes
Add antirust agent, thus while water sanding processes, the surface of water sanding object is carried out antirust treatment, i.e. antirust treatment
Can process with water sanding and carry out simultaneously, so can be with shortened process, further time-consuming raising production capacity.
Further, in the above-mentioned process route that this first embodiment is proposed, it is also possible to be included in and each part is entered
Before row welding, the welding portion of each part is carried out the step of surface process.In the present embodiment, by multiple zero
Before part welding forms parts, the welding portion of each part is carried out at surface process, such as grinder buffing, water sanding
Reasons etc., can go the welding portion of part unless each may affect the impurity of welding quality, thus be effectively improved weld seam matter
Amount, improves the part quality formed after each part welds together.
Further, in the above-mentioned process route that this first embodiment is proposed, it is also possible to be included in and blank is carried out
Before processing and forming, at the surface-coated halogenide film of blank, such as, carrying out bonderizing etc., such process can
Formed on the surface of blank and there is antirust and lubrication plated film, thus ensure that blank before processing and forming not
Corrosion can be produced, more be shaped adding man-hour in the form for example with punch process, protect due to the existence of plated film
Blank and the apparent surface of mould, thus extend the mold use life-span.
Then, with reference to Fig. 3, the second embodiment of the present invention is described.The Production Container mistake that the second embodiment of the present invention provides
The process route of journey is equally applicable to welding assembly container.
In process route according to the second embodiment of the present invention, first raw material i.e. coil of strip is carried out uncoiling or point bar,
It is formed as the blank of bulk or strip；Then blank is carried out pretreated water sanding.Pretreated water sanding it
After, the surface of blank is carried out antirust treatment, antirust treatment here can use mention in the first embodiment many
The mode of kind, as long as antirust purpose can be realized.Afterwards, blank is shaped processing so that it is be formed as shape
Meeting multiple parts of demand, in the present invention, the mode of processing and forming can be to utilize punching press, cutting etc. various existing
Machine-shaping mode etc..After processing and forming completes, multiple parts are welded together needed for forming container respectively
Parts, such as before and after frame, side plate, top board, chassis etc..After above-mentioned parts welding assembly completes, by these
Parts carry out weld general assembly, will these parts welded together, form a complete container body.Total in welding
After installing into, carrying out secondary sanding, in the present invention, secondary sanding can use water sanding technique etc.；Beat at secondary
The subsequent steps such as after sand completes, the casing of container forming welding overhauls, paints, drying, then by it
He is arranged on casing in matching component such as floor, locking bar, mark etc., then carries out trying water, maintenance etc. and checks step,
Final friendship case inspection.
By using the process route such as above-mentioned second embodiment to manufacture welding assembly container, so that throw owing to using
Ball sanding or spray technology and the dust disappearance that produces, which significantly improves the working environment of workman, and decrease environment
Pollute.
The welding assembly container of the present embodiment machines substantially according to above-mentioned process route, but, it has been not necessarily to
Entirely carry out according to above-mentioned process route, it is also possible to individual process route is adjusted.
Such as, in the above-mentioned process route that the second embodiment is proposed, if user uses soaking technology to enter parts
During row antirust treatment, owing to soaking technology can form one layer of uniform protecting film on the surface of parts, thus through soaking work
The surface of the parts that skill processes need not paint again, only need to apply one layer for finish paint attractive in appearance.Simultaneously because be not required to
Zinc powder to be sprayed, can be prevented effectively from follow-up welding step generation toxic gas such as zinc oxide gas and cause pre-
The dust primer damage of spray, the health therefore protecting workman is not poisoned and saves for chipping primer damage many
The paint of spray.
Further, in the above-mentioned process route that the second embodiment is proposed, can add in the current that water sanding processes
Antirust agent, thus it is permissible while water sanding processes, the surface of water sanding object to be carried out antirust treatment, i.e. antirust treatment
Process with water sanding and carry out simultaneously, so can be with shortened process, further time-consuming raising production capacity.Simultaneously because
Need not spray zinc powder, generation toxic gas such as zinc oxide gas can be prevented effectively from follow-up welding step and make
Becoming the dust primer damage of pre-spray, the health therefore protecting workman is not poisoned and saves in order to chipping primer damages
And the paint sprayed more.Same, if antirust treatment is carried out after water sanding, can be processed it at water sanding
After, at the surface-coated antirust agent of blank, it is also possible to reach above-mentioned purpose.
Further, in the above-mentioned process route that the second embodiment is proposed, it is also possible to be included in and blank is shaped
Before processing, at the surface-coated halogenide film of blank, such as bonderizing etc., such process can be at blank
Surface formed there is antirust and lubrication plated film, thus ensure that blank will not produce rust before processing and forming
Erosion, more be shaped adding man-hour in the form for example with punch process, protect due to the existence of plated film blank with
The apparent surface of mould, thus extend the mold use life-span.
Then, with reference to Fig. 4, the third embodiment of the present invention is described.
The process route of Production Container process that the third embodiment of the present invention provides be applicable to rivet assembled container or
Folding container, and the process route part phase of the process route of the third embodiment of the present invention and first embodiment
With, this same section will not be described in great detail.
The third embodiment of the present invention comprises the institute before general assembly in first embodiment in steps, and can reach and the
The beneficial effect that one embodiment is identical.
3rd embodiment is from the different of first embodiment: the general assembly in the process route of the 3rd embodiment is total for riveting
Dress, i.e. each parts formed are riveted to form a complete casing together by connectors such as pins；Real the 3rd
Execute in the process route of example, rivet before general assembly carrying out, part welding assembly the parts formed are overhauled, oil
The steps such as paint, drying, are then arranged on other matching components such as floor, locking bar, mark etc. on parts.Wherein,
The construction of paint is readily modified as plane spraying, so can improve production efficiency.
Then, with reference to Fig. 5, the fourth embodiment of the present invention is described.
The process route of Production Container process that the fourth embodiment of the present invention provides be adapted to rivet assembled container or
Folding container, and the process route part phase of the process route of the fourth embodiment of the present invention and the second embodiment
With, this same section will not be described in great detail.
The fourth embodiment of the present invention comprises the institute before general assembly in the second embodiment in steps, and can reach and the
The beneficial effect that one embodiment is identical.
4th embodiment is from the different of the second embodiment: the general assembly in the process route of the 4th embodiment is total for riveting
Dress, i.e. each parts formed are riveted to form a complete casing together by connectors such as pins；Real the 4th
Execute in the process route of example, before carrying out riveting general assembly, part welding assembly the welding bead of the parts formed is carried out table
Face processes, and after the surface treatment, overhauls parts, paints, the step such as drying, then by other matching components
Such as floor, locking bar, mark etc. are arranged on parts.Wherein, it can be water sanding process etc. that surface processes, and paints
Construction be readily modified as plane spraying, so can improve production efficiency.
Should be understood that, although invention has been described by above-mentioned embodiment, but the present invention also can have other many
Plant embodiment.Without departing from the spirit and scope of the present invention, those of ordinary skill in the art obviously can be right
The present invention makes various corresponding change and deformation, but these change and deformation all should belong to claims of the present invention
And in the range of equivalent protected.
Such as, when producing class such as frame type container, can use after being container by parts general assembly container
Box outer surface carries out the mode of integral surface process.More specifically, this surface treatment mode can be that water sanding processes
Deng.Then, the casing of the container after general assembly is painted.By such mode, it is possible to by the present invention easily
It is applied to class such as frame type container or other various being suitable to utilize water sanding to process the packaging carrying out surface process after general assembly
Case manufacture process, and correspondingly can solve the problem that the technical problem to be solved.
Claims (26)
1. the manufacture method of a container, it is characterised in that comprise the steps of
A: coil of strip uncoiling or point bar form blank；
B: described blank is shaped processing so that it is be formed as part；
C: by described part welding assembly so that it is be formed as parts；
D: the surface of described parts is carried out water sanding process；
E: be described container by described parts general assembly.
2. the manufacture method of container as claimed in claim 1, it is characterised in that
In described step D, farther include: after the surface of described parts being carried out described water sanding and processes, right
The surface of described parts carries out antirust treatment.
3. the manufacture method of container as claimed in claim 2, it is characterised in that
Described antirust treatment is soaking technology, in described soaking technology, is immersed in particular solution by described parts and makes institute
The surface stating parts forms protecting film.
4. the manufacture method of container as claimed in claim 2, it is characterised in that
Described antirust treatment is the spray dust primer of the surface to described parts or roller coat zinc powder.
5. the manufacture method of container as claimed in claim 1, it is characterised in that
In described step D, in the water that described water sanding processes, adding antirust agent further.
6. the manufacture method of container as claimed in claim 1, it is characterised in that
In described step C, farther include: before by described part welding assembly, the preparation to described part is entered
Row welding portion carries out surface process.
7. the manufacture method of container as claimed in claim 6, it is characterised in that
Described surface is processed as water sanding and processes.
8. the manufacture method of container as claimed in claim 1, it is characterised in that
In described step B, farther include: before described blank is shaped processing, at described blank
Surface-coated halogenide film.
9. the manufacture method of the container as according to any one of claim 1-8, it is characterised in that
Described general assembly is welding general assembly；And
After described step E, further include steps of
F: the welding bead after described welding general assembly is carried out surface process；
G: the casing of the container after described welding general assembly is painted.
10. the manufacture method of container as claimed in claim 9, it is characterised in that
Surface in described step F is processed as water sanding and processes.
The manufacture method of 11. containers as according to any one of claim 1-8, it is characterised in that
Described general assembly is welding general assembly；And
After described step E, further include steps of
F: the box outer surface of the container after described welding general assembly is carried out surface process；
G: the casing of the container after described welding general assembly is painted.
The manufacture method of 12. containers as claimed in claim 10, it is characterised in that
Surface in described step F is processed as water sanding and processes.
The manufacture method of 13. containers as according to any one of claim 1-8, it is characterised in that
Described general assembly is riveting general assembly；And
In described step E, farther include: before carrying out described riveting general assembly, the surface of described parts is carried out
Paint.
The manufacture method of 14. containers as according to any one of claim 1-8, it is characterised in that
Described general assembly is riveting general assembly；And
In described step E, farther include: before carrying out described riveting general assembly, the surface of described parts is carried out
Plane sprays.
The manufacture method of 15. 1 kinds of containers, it is characterised in that comprise the steps of
A: coil of strip uncoiling or point bar form blank；
B: the surface of described blank is carried out water sanding process；
C: described blank is shaped processing so that it is be formed as part；
D: by described part welding assembly so that it is be formed as parts；
E: be described container by described parts general assembly.
The manufacture method of 16. containers as claimed in claim 15, it is characterised in that
In described step B, farther include: after the surface of described blank being carried out described water sanding and processes,
The surface of described blank is carried out antirust treatment.
The manufacture method of 17. containers as claimed in claim 16, it is characterised in that
Described antirust treatment is soaking technology, in described soaking technology, is immersed in particular solution by described blank and makes
The surface of described blank forms protecting film.
The manufacture method of 18. containers as claimed in claim 16, it is characterised in that
Described antirust treatment is the surface-coated antirust agent at described blank.
The manufacture method of 19. containers as claimed in claim 15, it is characterised in that
In described step B, in the water that described water sanding processes, adding antirust agent.
The manufacture method of 20. containers as claimed in claim 15, it is characterised in that
In described step C, farther include: before described blank is shaped processing, at described blank
Surface-coated halogenide film.
The manufacture method of 21. containers as according to any one of claim 15-20, it is characterised in that
Described general assembly is welding general assembly；And
After described step E, further include steps of
F: the welding bead after described welding general assembly is carried out surface process；
G: the casing of the container after described welding general assembly is painted.
The manufacture method of 22. containers as claimed in claim 21, it is characterised in that
Surface in described step F is processed as water sanding and processes.
The manufacture method of 23. containers as according to any one of claim 15-20, it is characterised in that
Described general assembly is riveting general assembly；
In described step E, farther include: before carrying out described riveting general assembly, the welding bead of described parts is carried out
Surface processes, and after described surface processes, paints the surface of described parts.
The manufacture method of 24. containers as claimed in claim 23, it is characterised in that
Described surface is processed as water sanding and processes.
The manufacture method of 25. containers as according to any one of claim 15-20, it is characterised in that
Described general assembly is riveting general assembly；
In described step E, farther include: before carrying out described riveting general assembly, the welding bead of described parts is carried out
Surface processes, and after described surface processes, the surface of described parts is carried out plane spraying.
The manufacture method of 26. containers as claimed in claim 25, it is characterised in that
Described surface is processed as water sanding and processes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510121359.9A CN106031970A (en) | 2015-03-19 | 2015-03-19 | Manufacturing method of container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN107443027A (en) * | 2017-09-22 | 2017-12-08 | 王文化 | A kind of welding method for improving container welding flatness |
| CN107649836A (en) * | 2017-09-22 | 2018-02-02 | 王文化 | A kind of container overall seam welding method |
| CN113210238A (en) * | 2021-06-16 | 2021-08-06 | 上海青济新材料发展有限公司 | Container preparation process and container |
| CN113909803A (en) * | 2021-09-13 | 2022-01-11 | 云南昆船环保技术有限公司 | Intelligent continuous production method for square cabin |
| CN115178975A (en) * | 2022-07-21 | 2022-10-14 | 江苏好的特种装备有限公司 | Production process of energy storage box |
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