• Construction Platform Wedge Lock Scaffolding with En12810 Standard CNBM System 1
  • Construction Platform Wedge Lock Scaffolding with En12810 Standard CNBM System 2
  • Construction Platform Wedge Lock Scaffolding with En12810 Standard CNBM System 3
Construction Platform Wedge Lock Scaffolding with En12810 Standard CNBM

Construction Platform Wedge Lock Scaffolding with En12810 Standard CNBM

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
50 m.t.
Supply Capability:
30000 m.t./month

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  • Quick Details of Construction Platform Wedge Lock Scaffolding with En12810 Standard

  • Type:High Building

  • Material:Steel

  • Lapping Form:Full Scaffolding

  • Framework:Combined Scaffolding

  • Supporting Mode:Wall Hanging Scaffolding

  • Erection Position:External Scaffolding

  • Scaffolding Part Type:Scaffolding Platform

  • Move Method:Horizontal mobile Scaffolding

  • Structural Style:Tower Scaffolding

  • Surface Treatment:Hot DIP Galvanized, Galvanized, DIP Painted

  • Certificate:En12810, SGS Test Report for Loading Capacity

  • Color:Silver, Dark Red, Orange

  • Production Capability:100 Tons Per Week

  • Delivery Time:About 20-30 Days After Confirmation

  • Export Markets:Global

  • Construction Platform Wedge Lock Scaffolding with En12810 Standard CNBM

  • Construction Platform Wedge Lock Scaffolding with En12810 Standard CNBM

  • Construction Platform Wedge Lock Scaffolding with En12810 Standard CNBM

  • Descriptions of Construction Platform Wedge Lock Scaffolding with En12810 Standard 
  • 1. Standard:
        3000mm, 2500mm, 2000mm, 1500mm, 1000mm, 500mm.
    2. Ledger:
        3000mm, 2000mm, 1780mm, 1500mm, 1000mm, 500mm.
    3. Diagonal brace:
        3000x2000mm, 1780x2000mm, 1000x1500mm, 1000x2000mm, 1500x2000mm.
    4. Tube specification:
        Φ 48.3x4.0mm, φ 48.0 x3.25mm, φ 48.0 x3.0mm.
    5. Surface Finish:
        Hot DIP Galv. Electric Galv.Powder coating, Dip Painting.
    6. Material:
        Q235, Q345
    7. Certificate: 
        EN12810,SGS test report for loading capacity.

The Parts of Construction Platform Wedge Lock Scaffolding with En12810 Standard

Ringlock System Main Parts
Item NO.Description MaterialFinish
1StandardQ345/Q235HDG
2LedgerQ345/Q235HDG
3BraceQ345/Q235HDG
4Base CollarQ235HDG
5Base JackQ235HDG/EP
6U-HeadQ235HDG/EP
7PlankQ235/Q195HDG
8StairQ235HDG
Stair GuardrailQ235HDG
9LadderQ235HDG
Ladder BracketQ235HDG


  • FAQ

  • 1. What is considerations of Scaffolding installation?

  • There must be a fire protection measures and specialist care, safety personnel patrol inspection when electricity, gas welding work on the scaffold,

  • (1) scaffold frontage hurtful to prevent falling objects protection is required.

  • (2) During take down the scaffolding, fencing and warning signs should be set up on the ground, prohibit others person besides the operator

  • 2.What are the certifications of your products?

  • Certified by SGS, BS1139, EN74, Local Test Report.

  • 3. How long is the warranty period for your product?

  • Our products warranty is 2 years.

Q: i already found the force in rope 2 but im not getting the force in rope 1.
difficult situation. search in google or bing. that could actually help!
Q: I want to get something pierced. My mom wont let me get anything on my face pierced but she will allow ear and body piercings. I thought about a belly ring but everyone has one amd i'm very skinny and scared it'd rip out. so i've been looking at ear piercings and really like a Targus piercing or a scaffold. But i don't know anything about them really. If you could which one is more painful, problems with them etc. please help, thank you
If you want to be different AND have something that looks really cute, get a micro dermal. Either on your collar bone, or lower back dimples if you have cute ones! Good luck hun!
Q: The latest JGJ130-2011 construction fastener type steel pipe scaffolding safety technical specifications, schedule A.0.2 what role, how to correctly use it?
Schedule A.0.2 role: the calculation of scaffolding, the need to calculate the bearing capacity of the scaffolding
Q: I couldn't believe it, but yes it happened...
Physics worked in his favor. No God stuff. Really! Become an Atheist. Very simple. No God to fear. No dogma. A life more moral than that of Christians.(statistically proved) Subject to the rule of law by consensus of democracy not the autocratic law of a god. Death is not to fear nor rejoice. Its just like fading into a deep, untroubled sleep. Be happy. Treat people justly. The Truth Will Set You Free
Q: so yeah as it says above^should i just wait till it no longer hurts, or do you have to wait a certain amount of time...
I wouldn't suggest changing it for at least 6 weeks. You have to allow the skin to heal before touching, turning or changing the bar. If you do change it beforehand, you risk damaging the skin and cartilage surrounding the piercing. I know that I didn't change mine for about 8 weeks, and I haven't ever had a problem with it.
Q: Which loads are considered in the design of the scaffold
1 the weight of the frame structure: including the vertical rod, vertical horizontal bar, horizontal horizontal bar, scissors, fasteners, etc.;2) structure, accessories weight: including the foot board, railings, foot boards, safety nets, such as the weight of protective facilities.
Q: He pushes a can over the scaffold at 15 meters and it takes 3.25 seconds for it to land.I keep doing the problem over and over. the Correct answer is 20.5 m/s, however I keep arriving to the solution of 17 m/s. I solved it by doing Vf^2 = Vi^2 + 2adwhere the initial velocity is zero and the acceleration is -g. I made my coordinate system so that down is negative in which the distance will be negative. This however, did not give me the correct answer. Am I right or is the book right?
The initial velocity is not zero since the scaffold is moving upward when the can gets pushed over. And final velocity, vf, does not represent the speed of the scaffold (if that is what you're trying to solve). y = (vo)(t) - (1/2)gt? 15 m = (vo)(3.25 s) - (1/2)(9.81 m/s?)(3.25 s)? vo = +20.5 m/s
Q: i have an interview tomorrow but have a scafold piercing in , its been in there for about 2/3 months nearly healed competely , how ling can i leave it out for , maybe 30-45 minutes? thanks
They take around 6-9 months to heal completely...you shouldn't be taking it out at all. I stupidly took mine out after 3 months to clean a bit behind the bar and the bar would never go back through the top hole. It hurt like crap and bled profusely if I tried to push it through.
Q: Rather than buy tensile steel rods to reinforce concrete I wonder whether I can effectively recycle scaffold tubes that are presently on my roof.
You can, but I can think of two reasons why it might be unwise. Firstly, reinforcing bars are ribbed to provide a key between the concrete and the steel, whereas scaffolding bars are much smoother. This leads me to believe that scaffolding bars, weight for weight, wouldn't be as effective as reinforcement bars and you wouldn't have as much reinforcing action as you think. In extremis, you could end up with an under-reinforced concrete beam which will be brittle - reinforced concrete is usually deliberately slightly over-reinforced so that the behaviour close to failure is ductile, as it gives you time to run away. Secondly, scaffolding bars are hollow and reinforcement bars are solid. In reinforced concrete, the alkalinity of the cement paste helps to protect the reinforcement from corrosion - the reason for specifying a minimum cover - but the inside of your scaffolding bars would not benefit from this and so I'd worry about the risk of shortened life due to rusting from the inner face. At least when reinforcement bars rust they tends to spall the concrete cover off, which you see happening.
Q: Which accessories are included in a movable scaffold
Mobile scaffolding is the main frame, cross frame, cross diagonal brace, foot board, adjustable base and other components. The cross rod is also called the diagonal pull rod, and is a cross connecting rod which is vertically connected with the two door frames. The part of both ends of the rod part is punched with a pin hole, and the locking pin on the vertical rod of the door and the frame is locked when assembling.

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