Ringlock Scaffolding System for Construction High Quality

Ringlock Scaffolding System for Construction High Quality System 1

Ringlock Scaffolding System for Construction High Quality System 2

Ringlock Scaffolding System for Construction High Quality

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 1000 kg

Supply Capability:: 1000 kg/month

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1.Structure of Ring lock Description

Ringlock Scaffolding system is the most popular used Scaffolding system in the world.It will greatly reduce the cost because of the following advantages

Packaging & Delivery

Packaging Details:	Pallet or bag or upon client's request
Delivery Detail:	35days

2.Main Features of Ringlock：

It will greatly reduce the cost because of the following advantages

It will greatly reduce the cost because of the following advantages

1）Using less pipes

2）Easy to install

3）It can be used again and again for nearly 20years

3.Ring lock product pictures:

Ringlock Scaffolding System for Construction High Quality

4.Ringlock Product Description

Type:	ringlock scaffolding diagonal Brace
specification	Ø48.3×3.20
material:	steel Q235
Finished	Hot DIP galvanized, painted
Diagonal length(m)	Weight(kg)
0.9m * 1.25m	6.28
1.25m * 2.7m	11.45

5.FAQ

We have organized several common questions for our clients，may help you sincerely：

1）How many Scaffolding your company have？

Here comes our 5 types of Scaffolding systems:

- Cup lock Scaffolding(C-Lock Scaffolding)

- Ring lock Scaffolding

-Kwistage Scaffolding

-H-frame Scaffolding

-ID15 Scaffolding Tower, this type Scaffolding is the most widely used in construction, such like bridge.

2）How long can we receive the product after purchase?

Lead time is about 30days after getting the signed PI and deposit.

Q: i need as much detail you can give me on these symbols in the book scarlet letter by Nathaniel Hawthorne. if you have any website references besides cliffs notes and spark notes i would greatly appreciate it!!!: hey...i'm trying to figure out the same thing....weird.

Q: What are the general specifications of bowl buckle scaffold?: 2, of course, scaffolding to the new is better than the quality of steel is much improved with the old, regular use can generally be used for about 10 years, abandoning the bolt connection. Component jingpengnaike. Even if the corrosion does not affect the spelling and use. This does not require special maintenance and maintenance. Fastener type steel pipe scaffolding in general about 3 years on the need for screws and other operations. So I think it is convenient to bowl buckle scaffold. 3, disassembly more secure, more convenient, better performance than traditional fastener type steel pipe scaffolding.

Q: i just got it like 3 days ago and its no signs of infection and im just worried it might get that way. ive been reading online about people who got infections and people who had all this crap happen. what do i need to do to stop one from coming i mean i use contact solution and cotton swabs wipe it down with wet ones and clean it when i sweat and turn it twice a day.. im always careful about keeping it clean im a neat clean freak but is there anything else i can do to stop infection from coming: Keeping it cleanis the only thing you really can do. Insteas of contact solution you could use a non iodized sea salt soak (1/8 teaspoon of sea salt to 8 oz of warm water). But you are going to want to stop spinning it. Spinning it could rip your fistula and prolong the healing time of the piercing

Q: What are the components of a mobile scaffolding: The main parts of the door type scaffolding are the basic structure of the door frame, the cross support, the connecting rod, the hanging button type foot board or the horizontal frame, the lock arm, etc.

Q: hi guys i got my scaffold piercing a couple of days ago and it keeps bleeding on and off and there was dry blood but i removed it and its bleeding more what could i do step by step to keep total care of my piercing to get rid of all these problem please help it will really be appreciated: Dab it with tissue until it stops, Try not to play with it too much and if you need to touch it, ALWAYS wash your hands before doing so. Also do hot salt water soaks (as hot as you can stand) twice a day and it'll heal nicely in no time :)

Q: How to set up the temporary structure of the external structure of the balcony on the two structure: Foundation engineering:Square - hole excavation pile - pile - reinforced concrete beam - based backfill. Pile by manual drilling, artificial trolley, concentrated heap of residual soil, automobile Sinotrans earthwork project, the allowable deviation of hole diameter of pile are as follows: 800cm, vertical aperture offset, 10cm < 1%, along the axis, vertical axis direction 7cm.

Q: If you have two workers say standing on a scaffolding, their are downward forces from the weight of the workers along with the weight of the scaffold, and upward forces from tension suspending the scaffolding in place. The opposite forces add to zero and thus the scaffolding remains at rest.My question has to do with what would occur if more/less workers were on the scaffolding. It appears to me that the scaffolding would always remain at rest. Would there always be a ΣF=0 regardless of the amount of workers? As the decreases in weight from removing a worker would also cause the tension force to be weaker? And vice versa if there were more workers?I: You are correct so long as the scaffolding is not allowed to move. I.e. the cables suspending it are locked and not unwinding from their spools as more workers get on. More weight added would necessarily increase the tension in this type of case. However, if, when another worker got on and the tension could not increase for what ever reason, a downward acceleration would take place that is proportional to the worker's weight. Hope that clears things up.

Q: THIS METAL SCAFFOLDING IS CONNECTED TO EARTH.Need 2 more questions to be answered:1.Is he going to be electrocuted if he wasn't holding the metal scaffolding?2.will the current flow through him or through the wire in both cases?: First of all, are you working with AC ( alternating current - like a house) or DC ( direct current - like a car)? Assuming you are working with AC, then: Which wire are you holding? This again is assuming 120 vac - Bare copper ( ground) White ( neutral ) or Black ( Hot ) If you have a bare copper ground wire or the White insulated wire you will be fine. If you have the Black insulated wire in your hand then you are going to have a bad day. Yes to the first question Yes to the second question ( I would hope he was smart enough to let go before being too badly zapped) Both is the answer to the third question, as the person is basically an extension of the circuit - being burnt up - until he touches earth (ground) allowing the current to seek ground. All in all I would say leave any exposed wires alone until you have a professional with a multi meter check it out first. If this is in a commercial ( business) setting the voltages are much higher, not to mention it is most likely 3 phase - so watch out. All colors are referenced for the United States.

Q: A 520 kg box sits 1.4 m from the left end. What is the tension in the right hand side wire? (g = 9.8 m/s2) ____________ Newtons: Because the scaffold is not moving, we can assume that the net Torque acting on the scaffold equals zero. Net Torque = 0 torque = Force x distance (d) Use the left end of the scaffold as the center point. This will eliminate the Torque caused by the left wire (d = 0, so torque = 0) There are now three forces creating torque on the scaffold. There is the weight (m x g) of the scaffold, at 3.5m from the left end. m1 x g x 3.5m There is the weight of the crate, located 1.4m from the left end: m2 x g x 1.4m These two torques are countered by the torque caused by the Tension (T) of the right wire, located 7m from the left side. T x 7m The sum of these torques is zero. (T x 7m) - (m1 x g x 3.5m) - (m2 x g x 1.4m) = zero solve for T T = ((m1 x g x 3.5m) + (m2 x g x 1.4m)) / 7m T = ((115kg x 9.8m/s^2 x 3.5m) + (520kg x 9.8m/s^2 x 1.4m)) = 1.58 x 10^3 N Hope this helps.