Carbon steel scaffolding ring lock system
- Ref Price:
-
- Loading Port:
- Shekou
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 20 m.t.
- Supply Capability:
- 500 m.t./month
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Specification
Carbon steel scaffolding ring lock system
Description:
Ring lock system is a typical formwork scaffolding system, consist of support part and operaion forwork. Since born of German LAYHER company in 80’s designs, it has been improved many times by scaffolders. Now it has been the most widely used and most trusted scaffolding products in construction field.
Features:
Ring lock system has lots of advantages basing its simple deisgn and structions.The more essential it is, the easier it is.
1.Fast. The connect parts are using plug pin to fit in, one hammer can complex all parts erection, erect fast and dave time, simple struction make erection is easy copy and trainned, after project finish or build another level forwork, also save time and manpower.
make bearing capacity can pass on. Strongen system capacity and stability. In the same capacity,ring lock use less material than other systems. Simple struction, easy errect, also easy trained ,save many manpower and time and costs.
2.Ring plates are in horizen lines,make bearing capacity can pass on. Strongen system capacity and stability, reduce the formwork fail rate.In the same capacity,ring lock use less material than other systems. Save project costing.
3.Solder points are fixed and high-precision, so this will make enterprices must run a set of standard included income material till finish products, use trained workers and automation machine to keep products in a good quality.Use standard service to lead standard products.
Welcome inquiry us for more detials.
Product specification:
| Part description | Out diameter | Lenger | Steel Grade | Surface treament |
| 1.Standard | 3-3.25mm | 500-2500mm | Q345 | Hot dipped galvanized |
| 2.Ledger/Horizontal | 3mm | 600/900/1200/1500/1800/2100 | Q235 | Hot dipped galvanized |
| 3.Level diagonal | 3mm | \ | Q235 | Hot dipped galvanized |
| 4.Brace/diagonal | 2.5mm | \ | Q235 | Hot dipped galvanized |
Production applications:
Our this ringlock system is produce by us Gainford, got good control from income material to end products. Whole product system has big load capacity and multi function benifits, suitable for many purposes, such as bridge construction,boat building,outlook frame for building,railway construction,oil and gas projects and so on.
With it fast erection and good convinient, it could be use for stage, show platform, outdoor AD landmarks and so on.
Welcome send inquiry to us for more info, we glad to support you !
- Q: Two window washers, Bob and Joe, are on a 3.00 m long, 380 N scaffold supported by two cables attached to its?
- Oh, Ashley, you can't fit more than an intro in the what would you like to ask. More room in details.
- Q: There is a 5.0 kg pail of paint to one side, as shown. How close to the end can he approach safely? Express your answer using two significant figures. If there is more than one answer, separate them by commas.
- I am looking for as shown, as I am not psychic.
- Q: a paintbrush falls from a scaffold takes 3 sec to hit the ground. How high is the scaffold? Explain pls!?
- Its 3 seconds high, but you would need to know how heavy the paintbrush is, could be as heavy as an anvil dropping from a building. (The scaffold would be as tall as the building)
- Q: A man of mass 60.3 kg stands on a scaffold supported by a vertical rope at each end. The scaffold has a mass of 21.5 kg and is 2.3 m long. Suppose the man stands to the right from the middle of the scaffold that is a distance one sixth of the length of the scaffold. What is the tension in the right rope? Left Rope?Can someone please explain HOW you do this question!? Thanks!
- this is a 2d concern. The moments approximately any component interior the gadget could desire to stability, in any different case the gadget (scaffold) might rotate. additionally, the vertical forces could desire to stability, or the gadget (scaffold) might translate. it style of feels to me that to the spectacular from the middle of the scaffold this is a distance one 6th of the dimensions of the scaffold is the comparable as announcing 2-thirds from the left-edge of the scaffold. The moments could be summed approximately any component. i will evaluate the left edge of the scaffold, the place the 2d produced by utilising the left rope is 0. finished M = 0 = scaffold M + guy M + spectacular rope M 0 = 23.7kg*9.8m/s^2*(3.1m/2) + 60.1kg*9.8m/s^2*(2*3.1m/3) - F*3.1m wherein: the scaffold is assumed to be a component mass placed at its middle the tension F acts opposite to the load of the guy and the scaffolding, and subsequently has -ve sign sparkling up for F. To get the tension in the different rope, you may basically evaluate the vertical forces interior the gadget. besides the fact that, you're able to desire to sum the moments approximately another component (say, the spectacular rope). desire this enables.
- Q: Im pretty sure that the 3 characters are Reverend Mr. Wilson, Governer Bellingham, and Mistress Hibbins. The hard part is finding what they represent.
- First I would like to acknowledge that this question is from the book: The Scarlet Letter by Nathaniel Hawthorne
- Q: There is a 6.0-kg pail of paint to one side.How close to the left end can he approach safely? How close to the right end can he approach safely? Can someone help me with this problem, I keep working and reworking it and coming to the same answer. I must be consistently making the same mistake. If someone can help me work through it I would really appreciate it. The answers I got were:Left: dmin, left = .54mRight: dmin, right = .77m
- At the threshold of danger, the tension on the far rope reaches zero. (a) Distance from left edge = x; then summing moments about the left rope gives ΣM = 0 = 71.0kg * g * (1m - x) - 22.0kg * g * 2.0m - 6.0kg * g * 1m The g term cancels, and the rest solves to x = 0.296 m ? (b) Distance from right edge is X; summing about the right rope, and knowing the g terms will cancel, ΣM = 0 = 22.0kg * 2m + 6.0kg * 3m - 71.0kg * (1m - X) leads to X = 0.127 m ? Hope this helps!
- Q: In the scarlet letter why is hester taken to the scaffold in the market-place?
- This is where she is punished. People taunt her while she is standing up there. It is to make her feel shame.
- Q: Will the concrete cloth machine and the tower crane is different, long quite like Please explain the structure of the application, 3Q
- The role of the tower crane is to a variety of building materials (such as brick, mortar, concrete - also due to small units do not pump, components, etc); turnover materials (such as steel formwork, scaffold tube, etc) The Forearm without a pipe, some pipe is 50mm below the structure of the steel pipe is not connected to each other, the end of a hook Crawler cranes commonly known as crawler cranes, the boom is generally not scalable but can be long, both the boom (commonly known as boom) are able to pitch, no tower, you can I can not see the track, I have seen the largest car crane is the largest weight from 80 tons, I have seen the largest crawler crane is the largest lifting weight of 1350 tons Tower crane (commonly known as the tower crane) can not tilt the general boom, can not be stretched, have a tower, generally can not move, and some can move but on the default rail, can not move the seat on the concrete base The You said something and tower cranes can be too different
- Q: I would like to know what the scope of responsibility for the construction engineering supervision is specific
- The scope of project supervision responsibility should mainly cover two aspects: one must involve the project itself, the site management is different from the project management, the former is the contractor's responsibility, the latter is the responsibility of the supervision interval, and the project itself has nothing to do with the responsibility of the accident , If the accountability of enterprises or supervisors is not based on the responsibility Such as temporary construction, temporary electricity, erection of scaffolding, loading and unloading of various building materials, on-site transport equipment, etc, does not constitute the project itself, so even if the accident occurred, should not be held accountable or supervisory staff responsibility Second, it must involve the quality of the project, because the owner is the first person responsible for the quality of the project, the project supervision enterprises as a social intermediary service organization, its power, responsibility and obligation is derived by the owner commissioned by any supervision business can not exceed the owner commissioned Responsibilities and new powers and obligations Therefore, the supervision of enterprises not only to bear the corresponding responsibility for the quality of the accident, but also due to the quality of the accident caused by accidents, including accidents, including other accidents
- Q: A man of mass 74.4 kg stands on a scaffold supported by a vertical rope at each end. The scaffold has a mass of 21.9 kg and is 3.9 m long. Suppose the man stands to the right from the middle of the scaffold that is a distance one sixth of the length of the scaffold. What is the tension in the right rope? b) What is the tension in the left rope? thanks in advance.
- this could be a 2d concern. The moments approximately any factor interior the gadget would desire to stability, in the different case the gadget (scaffold) would rotate. additionally, the vertical forces would desire to stability, or the gadget (scaffold) would translate. it form of feels to me that to the superb from the middle of the scaffold it somewhat is a distance one 6th of the dimensions of the scaffold is comparable to saying 2-thirds from the left-edge of the scaffold. The moments could be summed approximately any factor. i will evaluate the left facet of the scaffold, the place the 2d produced by the left rope is 0. comprehensive M = 0 = scaffold M + guy M + suited rope M 0 = 23.7kg*9.8m/s^2*(3.1m/2) + 60.1kg*9.8m/s^2*(2*3.1m/3) - F*3.1m wherein: the scaffold is considered a factor mass located at its center the strain F acts opposite to the load of the guy and the scaffolding, and subsequently has -ve sign remedy for F. To get the strain in the different rope, you are able to basically evaluate the vertical forces interior the gadget. on the different hand, you should sum the moments approximately another factor (say, the superb rope). wish this permits.
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Carbon steel scaffolding ring lock system
- Ref Price:
-
- Loading Port:
- Shekou
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 20 m.t.
- Supply Capability:
- 500 m.t./month
OKorder Service Pledge
OKorder Financial Service
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