wing nut series/building material 7

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Model Number:	10/12 15/17 20/22
Type:	Scaffolding Parts	Scaffolding Part Type:	tie rod wing nut	material:	QT450-10
specs:	15/17	tensile strength:	above450Mpa	percetage elongation:	above10%
surface finish:	electro galvanized	paking:	bags and pallet	payment:	30% in advance, balance against the B/L copy
customizable:	available	MOQ:	1000 pcs

Packaging Detail:	bags and pallet
Delivery Detail:	3 days

wing nut series/building material
high quality reasonable price
process: sand casting
surface :electro galvanized

wing nut series/building material

formwork wing nut, tie rod wing nut

product mechnical properties:

Castings of superior quality produced from electric furnace instead of cupola furnace

most suppliers use,thus ensure the homogeneity and stability of the composition and

reduce the casting defects to minimum.all material properties including composition,

tensile/yield strength,elongation conform to the Chinese Standard GB QT450-10 (DIN

GGG450/NF FGS450-10).

Material: ductile Iron QT450-10

Process: sand casting

Tensile Strength: ≥450Mpa

Percentage Elongation: ≥10%

Surface Finish: electro galvanized

Packing: Bags and Pallet

payment: 30% in advnce ,balance against the B/L copy

MOQ:1000pcs

Q: I want to know the classification of scaffolding in the building: Steel tubular scaffold. As to the steel pipe, and combined with other type of steel pieces composed of scaffolding, such as the channel has a base in the backwater or scaffolding, connecting steel scaffolding and so on. ScaffoldingBowl buckle steel pipe scaffolding when using steel pipe, as a "single steel pipe scaffolding"; when using the steel cross bar, for the "steel pipe based scaffold".

Q: What are the requirements for the construction of the scaffold eye in the building?: SelectionThe project uses 48 mm, 3.5mm wall thickness steel pipe and the corresponding fasteners, dense mesh safety net, big eyes, etc.. Among them, the specification of the steel pipe is from 0.5m to 6m, and the fastener mainly has a rotating shaft, a cross and a joint fastener. Bowl buckle scaffold also uses Phi 48, 3.5 wall thickness of steel pipe and the corresponding fasteners, mainly with 1 x 1.0m, 1.2 x 1.2m, 1.5 x 1.5m and other specifications. Foot board mainly 2M and 3M two.

Q: I plan on playing tennis and doing track and field at school... Im getting the piercing this month and it won't be healed in time to take it out. How can I conceal it or possibly even help it heal faster??: Why no longer enable your ear pieced lower back while you're off out of your prepare like in case you have a much better than one week holiday so which you do no longer could desire to get rid of and placed your jewelry many of the time. a minimum of you could evade preserving your ears many of the time and evade the an infection. you could enable your ears heal ideal. in case you could no longer wait to have your ear pierce lower back once you get rid of and placed decrease back your jewelry make it beneficial you sanitized your palms by skill of washing and employing alcohol. placed Neosporin (antibiotic ointment) on your new pierced jewelry and on the jewelry itself in the previous putting it decrease back. in the previous additionally they use medicated string or thread on the ears for the piercing of latest child toddlers.

Q: How long is the service life of disc scaffolding?: Currently on the market there are many scaffolding accessories have been extended service

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: If I know the length , width and height of the area for the scaffold, how do I calculate the tonnage?: tonnage is related to the volume of a certain material to be used in a certain project... so as to volume, tonnage is just the volume of the material to be used, given the specifiations in this case, scaffolds. consult your design and count the distribution of the scaffolds to be used.. average ratio of scaffolding tonnage is a ton per 10 square meter... also depends on the quantity of the project.

Q: Can you identify Scaffold Grade Aluminum tubing by looking at it.?: The grade or type of Aluminum Alloy materials can not be identified visually because they are almost all the same in appearance. Normally these materials are marked with there Alloy number or designation like, 6061- T6, at certain intervals so that users can distinguish them.

Q: I know the ivy sort of glues itself to whatever surface with little sticky pads so that will take care of itself on the back of my house but can I use the existing Ivy for the wisteria to grab onto and climb up or will the wisteria be too heavy and pull the ivy down? I'd rather avoid having to build something for the wisteria to wrap itself around. Any suggestions? Thanks! : ): No, ivy isn't that strong. One can easily unzip it from the walls. Wisteria is way too heavy for ivy. Plus you have the root competition down below. Ivy creates an incredible dense mat of roots , little grows with it. Wisteria would have quite a battle on its hands for root space and nutrients.

Q: I know people have different pain thresholds. But I was wondering if it was more painful than a lobe piercing? It will be done with a needle and are they aloud to freeze it? Or is it not needed?: I got my lobes pierced 5 years before my industrial so I can't compare the pain but everyone says industrial. Idk if they can freeze or not. The pain is completely tolerable.

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

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