CN1786548A - Composite stainless steel rod with rainforced structure and its mfg. method - Google Patents
Composite stainless steel rod with rainforced structure and its mfg. method Download PDFInfo
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- CN1786548A CN1786548A CN 200510086940 CN200510086940A CN1786548A CN 1786548 A CN1786548 A CN 1786548A CN 200510086940 CN200510086940 CN 200510086940 CN 200510086940 A CN200510086940 A CN 200510086940A CN 1786548 A CN1786548 A CN 1786548A
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Abstract
The invention relates to a composite stainless steel bar with a reinforced structure and its manufacture method. The composite stainless steel bar with the packing is reinforced by increasing wire near the inwall of the composite stainless steel bar. This kind of the composite stainless steel bar has high strength so it can resist beating and bending.
Description
[technical field]
The present invention relates to a kind of clad stainless steel strip and manufacture method thereof with reinforced structure, especially a kind of clad stainless steel strip and manufacture method thereof that packing is arranged belongs to ornament material and makes the field.
[background technique]
At present, known elongated stainless steel strip is generally made by Stainless Steel Tube (seamed pipe or weldless tube, its transverse section have circle, ellipse, rectangle or polygonal and various steel tubing in different shapes), and is material with the stainless steel.Stainless Steel Tube is very beautiful through surface of polished, usually is used for the place that needs are decorated, such as being used for making home-use security mesh.Because stainless price is higher, so people are when producing ornamental Stainless Steel Tube, can make tube wall more thinner to reach the purpose that reduces cost, the intensity of still making Stainless Steel Tube has like this just reduced simultaneously, and the stainless steel anti-theft net anti-theft effect of producing is poor.The inventor's utility model patent ZL200420064102.1, name is called in the model utility new technology of clad stainless steel strip and has tentatively solved above problem, but new discovery has been arranged again in the production of reality: that is exactly the intensity quality instability that is added with the clad stainless steel strip of steel wire in Manmade Stone, and the adding quantity of steel wire is big.In the implementation process of utility model patent ZL200420064102.1, steel wire can only be placed at random in the Stainless Steel Tube, and effect is undesirable.
[summary of the invention]
The object of the present invention is to provide a kind of clad stainless steel strip and manufacture method thereof with reinforced structure, especially a kind of clad stainless steel strip that packing is arranged, it is to strengthen clad stainless steel strip by increasing near the steel wire of stainless steel inside pipe wall in thin and elongated Stainless Steel Tube, and the manufacture method of described clad stainless steel strip.Its predominant use is to be used for producing stainless steel anti-theft net, can significantly improve the intensity of stainless steel anti-theft net.
Still in clad stainless steel strip, do not add at present near stainless steel inside pipe wall and be distributed in commodity and the technology that steel wire around the stainless steel inside pipe wall is realized gaining in strength and reduced the steel wire consumption.Clad stainless steel strip of the present invention is compared with the clad stainless steel strip among my the utility model patent ZL200420064102.1, do not contemplate the outside of a Fixation With Steel Wire identical at that time at the object of ring-type with Stainless Steel Tube length, form a steel wire tube, perhaps by forming a steel wire tube by braiding between the steel wire, steel wire tube is inserted to reach in the Stainless Steel Tube then and make steel wire be uniformly distributed in way around the stainless steel inside pipe wall.Through repeatedly experiment, adopt the structure of described steel wire tube after, the intensity of whole piece clad stainless steel strip improves more than 80%.That is, needing at least to use could be with the steel pipe bending of described structure above original power more than 80%.Another requires steel wire evenly to be positioned over composite stainless steel inner tube wall reason all around, can obviously improve the plasticity of Manmade Stone, makes the toughness of clad stainless steel strip better.In the actual test of inventor, it can make crooked 90 degree of stiff cement mortar rod and not fracture, and this is the new feature that did not have in the past.
The inventor finds by test for several times: have only when steel wire evenly is positioned over around the stainless steel inside pipe wall, steel wire is only the most even steel wire of economizing most to the reinforcement of composite stainless steel pipe.Certainly guaranteeing have steel wire to be positioned under the stainless steel inside pipe wall situation all around, placing some steel wires more in the clad stainless steel strip in the Stainless Steel Tube pipeline again and also be fine, is basically identical with principle of the present invention, and effect also is more or less the same.
The inventor's utility model patent ZL200420064102.1, though being called in the model utility new technology of clad stainless steel strip, name tentatively solved strength problem, but in the production of reality, also found new problem: though that is exactly that to be added with the intensity of clad stainless steel strip of ordinary steel wire in Manmade Stone very high, also more solid with the stainless steel anti-theft net that it is produced, but the thief saws by hand can be sawed-off the clad stainless steel strip in the security mesh, thereby reach the purpose of burglary.Therefore, the present invention it would also be desirable to provide a kind of technology that adds the high hardness steel wire in clad stainless steel strip, will make the thief be difficult to sawed-off clad stainless steel strip.Do not add in clad stainless steel strip still at present that the high hardness steel wire is realized gaining in strength and the commodity and the technology of anti-saw, this be because: the high hardness steel wire is more crisp, fracture easily, and can not be considered usually is applied in clad stainless steel strip.The present invention then utilizes the high characteristic of high hardness steel wire hardness, puts into the problem that the high hardness steel wire has solved anti-saw just at this.Because in this programme, the high hardness steel wire is in the parcel of the cement that solidifies, Manmade Stone, can well protect the high hardness steel wire to make it to be difficult for being fractureed simultaneously.
High hardness steel wire such as material: the steel wire that the W6Mo5Gr4V2 steel is made is the very high wire of hardness, and the high hardness steel wire refers to the steel wire of steel wire hardness greater than Rockwell hardness HRC50 among the present invention, though high hardness steel wire price is higher, they can be in case saw.Employing is equipped with security mesh that the clad stainless steel strip of high hardness steel wire produces and is had and make the thief be not easy to cut with saw the anti-saw effect of security mesh, so in the Stainless Steel Tube high hardness steel wire can be arranged in the clad stainless steel strip.The inventor's test of many times proves: the steel wire hardness of the high hardness steel wire in the clad stainless steel strip is during greater than Rockwell hardness HRC50, and the high hardness steel wire that the cross section is 30 square millimeters has been difficult for sawed-off by the high carbon steel saw blade; The steel wire hardness of the high hardness steel wire in the clad stainless steel strip is during greater than Rockwell hardness HRC55, and the high hardness steel wire that the cross section is 3 square millimeters has been difficult for sawed-off by the high carbon steel saw blade; The steel wire hardness of the high hardness steel wire in the clad stainless steel strip is during greater than Rockwell hardness HRC60, and the high hardness steel wire that the cross section is 3 square millimeters has been difficult for sawed-off by high speed hacksaw blade.The hardness of the high-carbon steel wire of producing with high carbon steel is higher, can reach the requirement of indication high hardness steel wire among the present invention, and price is not high, and therefore the high hardness steel wire in the anti-saw clad stainless steel strip of the present invention can be a high-carbon steel wire.
Clad stainless steel strip of the present invention is compared with the clad stainless steel strip among my the utility model patent ZL200420064102.1, also mention the adding steel wire in the clad stainless steel strip among the utility model patent ZL200420064102.1, but in the ordinary course of things because the Manmade Stone of filling in the clad stainless steel strip is main cementing material with cement, so the just general naturally steel wire for building of steel wire that uses.The general service mild steel wire is that the grade of steel drawing of stipulating among " ordinary low-carbon steel hot rolling wire rod " GB/T701 forms, and is applicable to building occupancy, and in this general service mild steel wire mechanical property, the tensile strength of steel wire for building is greater than 550Mpa.Limited because of Manmade Stone in clad stainless steel strip to the cohesive force of steel wire, and a bit of often again use when producing security mesh, Manmade Stone is just littler to the cohesive force of steel wire like this, at this moment if not sawing for anti-, the tensile strength that strengthens steel wire is to more than the 1700Mpa being the waste that there is no need, because experiment repeatedly shows, in the clad stainless steel strip that normally is used on the security mesh, if when being pried open on the clad stainless steel strip limit, tensile strength is at 1700Mpa, cross-section area is all deviate from from the cement that wraps up it at the steel wire more than 1.5 square millimeters, so clad stainless steel strip in the past is for the consideration that reduces production costs, be can not fill the high hardness steel wire, fill the purpose of high hardness steel wire and have only one that prevents that exactly the thief from sawing with saw.
The steel wire tensile strength for building of producing as the zinc-plated factory of the prosperous everyday wire drawing in Anping County, Hebei province is between 550-850Mpa.Find in showing according to ferrous metal HRC hardness and other hardness, intensity conversion (GB/T1172-1974), tensile strength less than the hardness of the carbon steel of 1500Mpa less than HRC45, and the sawtooth hardness of general manual saw blade is more than HRC60, so general junior hacksaw can more sawed-off steel wire for building, thereby sawed-off clad stainless steel strip.Owing to add the high hardness steel wire in clad stainless steel strip, the hardness of the high hardness steel wire of adding is more than HRC50 among the present invention, and hardness is higher, so be difficult for sawed-offly, reaches anti-saw effect.Among the present invention, ordinary steel wire refers to the steel wire of hardness less than Rockwell hardness HRC50.
In order to prevent that when stainless steel strip is crooked steel wire from deviating from from the cement that wraps up it or Manmade Stone, the surface of steel wire can be prefabricated into roughened surface in addition, improve steel wire with the firm degree between cement or the Manmade Stone.The steel wire outer surface is a roughened surface, refers to surperficial treated roughened surface, flank of thread, flat horizontal surface, wavy surface, warp surface, such as helix rib steel wire, three section wires such as indented wire.Steel wire described in the present invention can also use steel pipe, steel band or arc steel band to substitute, and its effect is to improve steel wire with the cohesive force between the Manmade Stone.Therefore the cross section of the steel wire of indication can be the various shapes of steel wire with the Manmade Stone surface of contact that help improving among the present invention, might not be circle.
There are one deck plastic film or paper to cover at the outer surface of clad stainless steel strip, can be so that the transportation of clad stainless steel strip and depositing.
The Manmade Stone that fills up in the Stainless Steel Tube pipeline among the present invention is meant: the liquid by one or more mixes mutually with other liquid or solid, becomes the mixture that can flow, and this mixture changes and hardening in time.Manmade Stone can be to be the Manmade Stone of main gelatinization material with cement, also can be to be the Manmade Stone of main gelatinization material with polymer.Manmade Stone can also be bituminous concrete, sodium silicate concrete, plaster concrete.
The Fixation With Steel Wire of Len req on the outer shroud or interior ring of a plurality of ring-shaped materials, fixing method can be used the method for binding, welding, adhesion, steel wire is distributed on the ring of ring-shaped material, ring-shaped material can be a metal, also can be organic materials such as plastics, and the structure of ring-shaped material can be an annulus, it also can be the polygonal ring, can also be helical structure, Fixation With Steel Wire in tubular construction, be referred to as steel wire tube A after on the outer shroud of a plurality of ring-shaped materials or the interior ring among the present invention.Described steel wire tube A can also be formed by braided steel wire.
I did following test: the 1st group is 304 stainless pipes, 0.26 millimeter of pipe thickness, 1.9 centimetres of diameters; The 2nd group is 304 stainless pipes, 0.26 millimeter of pipe thickness, 1.9 centimetres of diameters, filling concrete mortar in the pipe; The 3rd group is 304 stainless pipes, 0.26 millimeter of pipe thickness, and 1.9 centimetres of diameters, the filling concrete mortar reaches the steel wire of putting into 1.7 millimeters tensile strength 1300Mpa of 4 diameters at random in the pipe; The 4th group is 304 stainless pipes, 0.26 millimeter of pipe thickness, and 1.9 centimetres of diameters, filling concrete mortar and place the smoothly surfaced steel wire of 1.7 millimeters tensile strength 1300Mpa of 4 diameters in the pipe along inner-walls of duct, the displacement structure of steel wire is with reference to figure 4; The 5th group is 304 stainless pipes, 0.26 millimeter of pipe thickness, and 1.9 centimetres of diameters are managed interior filling concrete mortar and are placed 1.7 millimeters shaggy section wires of tensile strength 1300Mpa of 4 diameters along inner-walls of duct, and the displacement structure of steel wire is with reference to figure 4; The 6th group is 304 stainless pipes, 0.26 millimeter of pipe thickness, 1.9 centimetres of diameters, filling concrete mortar and place 1.7 millimeters shaggy section wires of tensile strength 1300Mpa of 3 diameters and add the high hardness steel wire of 2.7 square millimeters of cross-section areas in the pipe along inner-walls of duct, the hardness of high hardness steel wire is HRC61, and the displacement structure of steel wire is with reference to figure 4.These 6 groups are carried out the fracture resistence force experiment respectively on my homemade fracture resistence force experimental machine, the data of experiment are that the 1st group of fracture resistence force is 61 kilograms; The 2nd group of fracture resistence force is 168 kilograms; The 3rd group of fracture resistence force is 179 kilograms; The 4th group of fracture resistence force is 253 kilograms; The 5th group of fracture resistence force is 321 kilograms; The 6th group of fracture resistence force is 325 kilograms.More than in the experiment the 1st to the 5th group can be sawed-off with common saw blade, the 6th group of sawed-off 10 high carbon steel saw blades do not have sawed-off yet.Above being exactly clearly in the experiment: the 4th group clad stainless steel strip is to place steel wire along inner-walls of duct, and the placement at random that its strength ratio is the 3rd group is eager to excel; Be exactly the highly significant of the 5th group intensity increase in addition, this has illustrated in clad stainless steel strip very obvious to the reinforing function of clad stainless steel strip along the coarse steel wire of stainless steel inside pipe wall placement surface.In this experiment, 4th, the 5th, the 6th group is to place steel wire along inner-walls of duct, the fracture resistence force of their fracture resistence force than the 1st group increased more than 4 times, the the 2nd, the 3rd group fracture resistence force than the technology that provides among existing my the utility model patent ZL200420064102.1 improved 40%, and this has illustrated that the the 4th, the 5th, the 6th group of than prior art the 2nd, the 3rd group has made marked progress.In this experiment, the 5th, the 6th group fracture resistence force has improved more than 1.7 times than fracture resistence force of the prior art the 2nd, the 3rd group, but the cost of material the 5th in producing, the 6th group only increase less than 5% than the 3rd group of the prior art.
In sum, the invention provides a kind of clad stainless steel strip with reinforced structure, its shell is made by Stainless Steel Tube, is filled with Manmade Stone in the pipe, it is characterized in that:
Also be filled with steel wire in the pipe, described steel wire is placed along stainless steel inside pipe wall;
The described steel wire of placing along stainless steel inside pipe wall apart from the average distance of stainless steel inside pipe wall less than 3 millimeters;
The summation of the cross-section area of described steel wire is less than 2 square centimeters;
Described Stainless Steel Tube tube wall average thickness is less than or equal to 0.5 millimeter but greater than 0.01 millimeter;
Its cross-section area of described Stainless Steel Tube is greater than 1 square centimeter and less than 80 square centimeters;
Its length of described Stainless Steel Tube is more than 0.5 meter;
Be filled with hard Manmade Stone in the Stainless Steel Tube pipeline, the volume of Manmade Stone is greater than 60% of total measurement (volume) in the Stainless Steel Tube pipe.
Described steel wire outer surface is a roughened surface.
Described stainless steel pipe surface is a smooth surface.
It is characterized in that: described steel wire is along stainless steel inside pipe wall equidistant placement all around.
The quantity of described steel wire is more than three or three.
Described clad stainless steel strip length is between 4.8 meters to 8.1 meters, and its cross-section area is in 1 to 9 square centimeter of scope, and Manmade Stone is to be the Manmade Stone of main gelatinization material with cement.
Described steel wire is the high hardness steel wire.
Described high hardness steel wire can be the high carbon steel steel wire.
The steel wire hardness of described high hardness steel wire is greater than Rockwell hardness HRC55.
The steel wire hardness of described high hardness steel wire is greater than Rockwell hardness HRC60.
Fill high hardness steel wire and ordinary steel wire in the described clad stainless steel strip simultaneously.
Described steel wire can also use steel pipe, steel band or arc steel band to substitute.
The outer surface of described clad stainless steel strip has one deck plastic film or paper to cover.
The present invention also provides above-mentioned a kind of manufacture method with clad stainless steel strip of reinforced structure, and described step is:
A, with the outside of Fixation With Steel Wire at the object of ring-type, form a steel wire tube A, described ring-type object can be the ring that metal or plastics are made;
The diameter of b, described steel wire tube A is less than the diameter of Stainless Steel Tube, described steel wire tube A with the difference of the diameter of Stainless Steel Tube internal diameter less than 3 millimeters;
C, will be described steel wire tube A insert in the Stainless Steel Tube and fixing;
D, the gelatinization material of also not solidifying is full of in the Stainless Steel Tube that inserts steel wire tube A, above the Stainless Steel Tube mouth of pipe, leaves relief opening when filling gelatinization material;
E, etc. be full of gelatinization material in the Stainless Steel Tube after, cleaning and handle the residual gelatinization material of Stainless Steel Tube two ends is waited for the gelatinization material sclerosis.
In the described steps d, the time of past stainless steel ipe grout was no less than for 2 seconds;
Make Stainless Steel Tube keep vibration during toward the stainless steel ipe grout;
The ring that described metal or plastics are made can be annulus, square, polygonal ring or helical structure.
Described steel wire tube A can also be formed by braided steel wire.
Described steel wire tube A differs less than 20 centimetres with the length of Stainless Steel Tube
After the gelatinization material sclerosis, cover at outer surface parcel one deck plastic film of steel bar or with paper.
As long as placing along stainless steel inside pipe wall, the steel wire more than 50% just can reach the order ground of gaining in strength, so among the present invention: described steel wire is placed along stainless steel inside pipe wall, wherein said steel wire refers to the steel wire of placing along stainless steel inside pipe wall, differs to be decided to be whole steel wires in the Stainless Steel Tube.
Beneficial effect of the present invention is:
1, improves Stainless Steel Tube intensity, reduce the use amount of Stainless Steel Tube thickness and steel wire, can reduce the stainless steel use amount, reduce cost.
2, use the clad stainless steel strip in this programme can be used for the security mesh of production high performance-price ratio than traditional Stainless Steel Tube beat resistance, bend resistance, sewing resistance more.
3, batch process is easy.
4, production and low cost of manufacture.
5, be easy to transport and deposit.
[description of drawings]
Fig. 1 is the schematic representation of clad stainless steel strip.
Fig. 2 is the planing surface schematic representation along the A-A place of clad stainless steel strip among Fig. 1.
Fig. 3 is the another kind of planing surface schematic representation along the A-A place of clad stainless steel strip among Fig. 1.
Fig. 4 is the another kind of planing surface schematic representation along the A-A place of clad stainless steel strip among Fig. 1.
Fig. 5 is the schematic representation of steel wire tube A.
Fig. 6 be clad stainless steel strip partly dig schematic representation.
Fig. 7 is the another kind of planing surface schematic representation along the A-A place of clad stainless steel strip among Fig. 1.
Fig. 8 is the clad stainless steel strip schematic representation of built-in arc steel band.
Fig. 9 is the clad stainless steel strip schematic representation of square.
Among the figure, 1, Stainless Steel Tube, 2, Manmade Stone, 3, steel wire, 4, the high hardness steel wire, 5, metal ring, 6, the arc steel band.
[embodiment]
The invention will be further described below in conjunction with the drawings and specific embodiments.
Specific embodiment 6, as shown in Figure 7, Fig. 7 is under the situation that most steel wires are placed all around along tube wall, other position also is placed with the structure of high hardness steel wire 4 in the pipe, the high hardness steel wire 4 that place other position in this pipe can play effect attractive in appearance, help not quite on the increase fracture resistence force, what increase fracture resistence force is the steel wire of placing along tube wall 3.
Specific embodiment 7, as shown in Figure 8, Fig. 8 is the clad stainless steel strip schematic representation of built-in arc steel band.
Specific embodiment 8, as shown in Figure 9, Fig. 9 is to be the clad stainless steel strip schematic representation of square.
Specific embodiment 9 is a Manmade Stone in the Stainless Steel Tube that light was handled.Wherein the length of Stainless Steel Tube is 6 meters, pipe thickness is 0.5 millimeter, the diameter of pipe is 1.9 centimetres, steel wire tube A is by 8 steel wires of 6 meters long, form on 6 metal ring outer shrouds of 1.2 centimetres of diameters with adhesive plaster is solid, Manmade Stone in Stainless Steel Tube is made up of cement mortar sclerosis back, and upper edge, the Stainless Steel Tube inner-walls of duct limit inner-walls of duct steel wire of placement all around is that tensile strength is 800Mpa, and diameter is 2.5 millimeters 8 of indented wires.
Specific embodiment 10 is a Manmade Stone in the Stainless Steel Tube that light was handled.Wherein the length of Stainless Steel Tube is 6 meters, pipe thickness is 0.4 millimeter, diameter is 1.9 centimetres, steel wire tube A is by 8 steel wires of 6 meters long, form on 10 metal ring outer shrouds of 1.2 centimetres of diameters with adhesive plaster is solid, Manmade Stone in the Stainless Steel Tube is formed after being hardened by cement mortar, the steel wire of placing around the inner-walls of duct of upper edge, Stainless Steel Tube inner-walls of duct limit is that 7 tensile strength are 910Mpa, diameter is that 2 millimeters indented wire and diameter are the high hardness steel wire of producing with high carbon steel of 2.5 millimeters hardness HRC56, the whole piece surface of clad stainless steel strip has one deck plastic film to cover, and the method for covering is with on the plastic film sleeve of a tubulose and seal.
Specific embodiment 11 is a Manmade Stone in the Stainless Steel Tube that light was handled.Wherein the length of Stainless Steel Tube is 6 meters, pipe thickness is 0.25 millimeter, diameter is 1.9 centimetres, in forming after Manmade Stone in the Stainless Steel Tube is hardened by cement mortar, the steel wire of placing around the inner-walls of duct of upper edge, Stainless Steel Tube inner-walls of duct limit (3) is that 4 tensile strength are indented wire and high hardness steel wire that diameter is 3 millimeters hardness HRC56 of 2.5 millimeters for the 1200Mpa diameter, the whole piece surface of clad stainless steel strip has one deck plastic film to cover, and the method for covering is with on the plastic film sleeve of a tubulose and seal.
Specific embodiment 12, in the Stainless Steel Tube that light was handled is Manmade Stone, the length of Stainless Steel Tube is 6 meters, pipe thickness is 0.3 millimeter, the diameter of pipe is 2.2 centimetres, Manmade Stone in the Stainless Steel Tube is formed after being hardened by the silicate cement cement mortar, the steel wire of placing around the inner-walls of duct of upper edge, Stainless Steel Tube inner-walls of duct limit is that 20 tensile strength are 0.5 millimeter steel wire for the 1800Mpa diameter, steel wire tube A is by forming by braiding between the steel wire, the whole piece surface of clad stainless steel strip has one deck plastic film to cover, and the method for covering is with on the plastic film sleeve of a tubulose and seal.
Claims (20)
1. clad stainless steel strip with reinforced structure, its shell is made by Stainless Steel Tube, is filled with Manmade Stone in the pipe, it is characterized in that:
Also be filled with steel wire in the pipe, described steel wire is placed along stainless steel inside pipe wall;
The described steel wire of placing along stainless steel inside pipe wall apart from the average distance of stainless steel inside pipe wall less than 3 millimeters;
The summation of the cross-section area of described steel wire is less than 2 square centimeters;
Described Stainless Steel Tube tube wall average thickness is less than or equal to 0.5 millimeter but greater than 0.01 millimeter;
Its cross-section area of described Stainless Steel Tube is greater than 1 square centimeter and less than 80 square centimeters;
Its length of described Stainless Steel Tube is more than 0.5 meter;
Be filled with hard Manmade Stone in the Stainless Steel Tube pipeline, the volume of Manmade Stone is greater than 60% of total measurement (volume) in the Stainless Steel Tube pipe.
2. the clad stainless steel strip with reinforced structure according to claim 1 is characterized in that: described steel wire outer surface is a roughened surface.
3. the clad stainless steel strip with reinforced structure according to claim 1 is characterized in that: described stainless steel pipe surface is a smooth surface.
4. according to claim 1,2,3 described clad stainless steel strips with reinforced structure, it is characterized in that: described steel wire is along stainless steel inside pipe wall equidistant placement all around.
5. the clad stainless steel strip with reinforced structure according to claim 4 is characterized in that: the quantity of described steel wire is more than three or three.
6. the clad stainless steel strip with reinforced structure according to claim 5, it is characterized in that: described clad stainless steel strip length is between 4.8 meters to 8.1 meters, its cross-section area is in 1 to 9 square centimeter of scope, and Manmade Stone is to be the Manmade Stone of main gelatinization material with cement.
7. the clad stainless steel strip with reinforced structure according to claim 6 is characterized in that: described steel wire is the high hardness steel wire.
8. the clad stainless steel strip with reinforced structure according to claim 7 is characterized in that: described high hardness steel wire can be the high carbon steel steel wire.
9. the clad stainless steel strip with reinforced structure according to claim 8 is characterized in that: the steel wire hardness of described high hardness steel wire is greater than Rockwell hardness HRC55.
10. the clad stainless steel strip with reinforced structure according to claim 8 is characterized in that: the steel wire hardness of described high hardness steel wire is greater than Rockwell hardness HRC60.
11. the clad stainless steel strip with reinforced structure according to claim 6 is characterized in that: fill high hardness steel wire and ordinary steel wire in the described clad stainless steel strip simultaneously.
12. the clad stainless steel strip with reinforced structure according to claim 1 is characterized in that, described steel wire can also use steel pipe, steel band or arc steel band to substitute.
13. the clad stainless steel strip with reinforced structure according to claim 1 is characterized in that, the outer surface of described clad stainless steel strip has one deck plastic film or paper to cover.
14. the manufacture method with clad stainless steel strip of reinforced structure as claimed in claim 1 is characterized in that described step is:
A. with the outside of Fixation With Steel Wire at the object of ring-type, form a steel wire tube A, described ring-type object can be the ring that metal or plastics are made;
B. the diameter of described steel wire tube A is less than the diameter of Stainless Steel Tube, described steel wire tube A with the difference of the diameter of Stainless Steel Tube internal diameter less than 3 millimeters;
C. described steel wire tube A is inserted in the Stainless Steel Tube also fixing;
D. the gelatinization material of also not solidifying is full of in the Stainless Steel Tube that inserts steel wire tube A, above the Stainless Steel Tube mouth of pipe, leaves relief opening when filling gelatinization material;
E. wait be full of gelatinization material in the Stainless Steel Tube after, cleaning and handle the residual gelatinization material of Stainless Steel Tube two ends is waited for the gelatinization material sclerosis.
15. the manufacture method with clad stainless steel strip of reinforced structure according to claim 14 is characterized in that, in the described steps d, the time of past stainless steel ipe grout was no less than for 2 seconds;
16. the manufacture method with clad stainless steel strip of reinforced structure according to claim 14 is characterized in that, makes Stainless Steel Tube keep vibration during toward the stainless steel ipe grout;
17. the manufacture method with clad stainless steel strip of reinforced structure according to claim 14 is characterized in that, the ring that described metal or plastics are made can be annulus, square, polygonal ring or helical structure.
18. the manufacture method with clad stainless steel strip of reinforced structure according to claim 14 is characterized in that, described steel wire tube A can also be formed by braided steel wire.
19. the manufacture method with clad stainless steel strip of reinforced structure according to claim 14 is characterized in that, described steel wire tube A differs less than 20 centimetres with the length of Stainless Steel Tube
20. the manufacture method with clad stainless steel strip of reinforced structure according to claim 14 is characterized in that, after the gelatinization material sclerosis, covers at outer surface parcel one deck plastic film of steel bar or with paper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100869408A CN100387896C (en) | 2005-11-18 | 2005-11-18 | Composite stainless steel rod with rainforced structure and its mfg. method |
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| Application Number | Priority Date | Filing Date | Title |
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| CNB2005100869408A CN100387896C (en) | 2005-11-18 | 2005-11-18 | Composite stainless steel rod with rainforced structure and its mfg. method |
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| CN1786548A true CN1786548A (en) | 2006-06-14 |
| CN100387896C CN100387896C (en) | 2008-05-14 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104266069A (en) * | 2013-03-06 | 2015-01-07 | 赵彦杰 | Stainless steel wire |
| CN107654835A (en) * | 2017-09-26 | 2018-02-02 | 如皋市煜腾金属材料科技有限公司 | A kind of special steel material for being easy to carry |
| CN108643459A (en) * | 2018-06-07 | 2018-10-12 | 德睿盛兴（大连）装配式建筑科技有限公司 | A kind of grout sleeve |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US1504677A (en) * | 1923-05-09 | 1924-08-12 | Charles R Carter | Metal bar |
| EP0108553A3 (en) * | 1982-11-05 | 1984-09-05 | Chubb & Son's Lock and Safe Company Limited | Security bars |
| CN1090358A (en) * | 1993-09-07 | 1994-08-03 | 俞晓 | The construction technology and the equipment thereof of steel concrete placing stake |
| CN1194150C (en) * | 2001-07-26 | 2005-03-23 | 广东省建筑设计研究院 | Storey steel pipe concrete column R.C joint |
| CN2627181Y (en) * | 2003-05-26 | 2004-07-21 | 李峰 | Cement reinforced stainless steel anti-theft net |
| CN2718136Y (en) * | 2004-05-14 | 2005-08-17 | 李峰 | Composite sainless steel strip |
| CN1325745C (en) * | 2004-07-15 | 2007-07-11 | 李峰 | Concrete material reinforced stainless steel anti-theft net and its producing method |
| CN2854296Y (en) * | 2005-11-18 | 2007-01-03 | 李峰 | Composite stainless steel bar with strengthening structure |
-
2005
- 2005-11-18 CN CNB2005100869408A patent/CN100387896C/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104266069A (en) * | 2013-03-06 | 2015-01-07 | 赵彦杰 | Stainless steel wire |
| CN107654835A (en) * | 2017-09-26 | 2018-02-02 | 如皋市煜腾金属材料科技有限公司 | A kind of special steel material for being easy to carry |
| CN108643459A (en) * | 2018-06-07 | 2018-10-12 | 德睿盛兴（大连）装配式建筑科技有限公司 | A kind of grout sleeve |
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| Publication number | Publication date |
|---|---|
| CN100387896C (en) | 2008-05-14 |
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