Heavy Duty Prop 2.5M-4.5M Q235 Steel Prop Standard EN1065 CNBM

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Quick Details of Heavy Duty Prop 2.5M-4.5M Q235 Steel Prop Standard EN1065
Material :Q235 carbon steel
Surface treatment :painted/electro-galvanized/power-coating/hot dipped galvanized
Standard: EN1065
Thickness :1.6mm-3.0mm
Descriptions of Heavy Duty Prop 2.5M-4.5M Q235 Steel Prop Standard EN1065

Our steel prop is a very Economical & practical & simple & easy installation bracing member with very high bearing capacity.
The steel props are very good vertical support suitable for various shaped slab formworks and popularly used in vertical structure support system. 4000 tons annual output.
Our steel prop used as a formwork is with very high bearing capacity.
Steel prop's vertical load capacity (within 4 meters length) can reach 10 KN.
Nuts are strictly manufactured according to national standard and with 10 tons load capacity.
Basic load capacity ≥15KN tested by national authorized organizations.
Shortening working hours & high efficiency
Firm structured props with high strength bearing capacity perfectly resisted the external shocks.
Galvanized prop surface process
Practical & Economical steel props make the buyers feel safe.

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: What are the general specifications of bowl buckle scaffold?: In fact, the conventional bowl buckle scaffold is made of 48 Q235 carbon steel pipe processing, pole specifications are 0.6m, 0.9m, 1.2m, 1.5m, 1.8m, 2.4m, 3.0m; crossbar specifications are 0.6m, 1.2m, 1.5m. The price of any product is determined by its consumption of materials and processing costs

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: sounds like what your doing is fine. just keep it clean that's basically all you can do.

Q: When putting up old scaffolding, a mistake was made and it had to come down.Long story short, the connectors between the vertical and horizontal poles (which were hammered in) are stuck.Any ideas for getting them out?Thanks.: WD 40, angle grind off what you can.

Q: Fastener type steel pipe scaffold accessories: fastenerFastener type steel pipe scaffold fastener malleable iron casting should be adopted, its basic form has three kinds: vertical cross bar for a connection between the rectangular fastener, fastener for rotating connecting parallel or oblique bars and rods for butt joint butt joint fastener.

Q: I have some scaffolding that I would like to use to build a temporary slide to my swimming pool. The slide I would like to be made out of the side parts which are the ones like rectangles with bars going across them and I have a variety of poles. I would then like to put a slippery tarpaulin on to the frame.But how would I hold the tarpaulin up, because the metal poles will be too short? So that if someone slid down it they would not just burst through the tarpaulin and hit the floor after hitting around five metal poles!: Why would you even consider something like that? Obviously you kids and your family use this pool, why put them at risk making a temporary slide with scaffolding. Not a good idea.

Q: The basic form of external scaffolding: The limit pin of the upper bowl buckle and the upper bowl buckle is arranged on the steel pipe upright rod according to the 60cm distance, wherein the lower bowl buckle and the limit pin are directly welded on the vertical rod. When the utility model is assembled, the notch of the upper bowl buckle is aligned with the limiting pin, the cross rod joint is inserted into the lower bowl buckle, and the upper bowl buckle is pressed and rotated. Bowl buckle joints can be connected at the same time 4 bars, can be perpendicular to each other or deflect a certain angle.

Q: Was thinking of getting one. How much do they cost?: Only a professional piercer can decide if your ear can handle and industrial piercing. Consultations are free and I highly recommend booking one before you get the piercing. Mine was $70, but my regular piercer does them for $50. It just depends on what shop you go to.

Q: i am getting my industrial (scaffold) pierced on one ear and i want my cartilage on the other ear, how long do i have to wait between them? What are pros and cons for industrial (scaffold)? what are risks and stuff and how much is it? i want to get it so any information or anything i should know would be great thanks especially for industrial:): i heard from people after a year an industrial still hurts and they usually have to take them out

Q: male scaffolders only if i was swinging on the scaffold would ya stomp on my fingers with ya workboots on?: No, I would use my hammer while I had my workboots on.

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.

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