Great Tie Rod

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1.Packaging Detail:	Bundle
2.Delivery Detail:	15 days

Material: #45 or Q235.
1) 15/17MM steel tie rod.
2) Lenght can be 3m or 6M or 1M or as your demand.
3) Plain or galvanized.

Great Tie Rod

Descriptions:

1. 15/17MM steel tie rod.
2. Lenght can be 3m or 6M or 1M or as your demand.
3. Plain color or galvanized.

4. Competitive price.

Great Tie Rod

Q: How to calculate the double wall scaffolding: The adjustment coefficient of the bearing capacity of the foundation: KC = 0.400;The average pressure of the bottom of the vertical rod foundation, P = N/A =84.900 kN/m2;Among them, the superstructure to the top surface of the axial force design value: N = 7.641 kN;Basal area (M2):A = 0.090 m2.P=84.900 = fg=200.000 kN/m2. Calculation of bearing capacity of foundation!

Q: A scaffold is constructed by placing two supports under a 13 ft, 9 in (a) board weighing 84 lbs. The supports are each 2 ft, 8 in (b) from their respective ends. Two painters stand on the board; one weighs 158 lbs and stands 4 ft, 11 in (c) from the left end of the board. Where must the 222 lbs painter stand so that each support carries the same weight? (express your distance in feet from the right end of the board (d).)please help!! thanks(:: Total weight = 222 + 158 + 84 = 464 lb So, each support must carry 232 lbs Working in inches: Take moment about Right hand end Board is assumed to be uniform - CG is at the center (232 x 32) + (232 x 133) = (158 x 106) + ( 84 x 82.5 ) +(222 x d)7424 + 30856 = 16748 + 6930 + 222d 222d = 14602 d = 65.77 inches Distance of 222 lb painter should be 5ft 5.77inches from Right end

Q: How to maintain the scaffold after use: Where the bending, deformation of the rod should be straightened, damaged components should be repaired before they can be stored in storage, or should be changed.

Q: What is a bar in the scaffold: Scaffolding in the cross section of the large cross bar, small cross bar.Large cross - vertical horizontal bar, which is located along the vertical axis of the scaffolding rod.A small transverse rod, a horizontal rod, which is horizontally arranged along the scaffold.

Q: I'm a civil engineering student and we were asked to submit a paper about designing a simple scaffolding. I just want to see a sample paper so that I would know what details should I include.: can't draw here, but it's just an x with a flat board on top in 3 dimensions.

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! : ): The wisteria will climb on anything and everything it can get it's tendrils on. But are you sure you want it on your ivy? Wisteria is the most aggressive grower,and will overtake the ivy, choking it out. As a matter of fact it's not the kind of plant to have close to your house. I know,the blooms are pretty and all but the rest of the plant is a holy terror on your siding,shingles,etc. If you still want to plant it near your house, choose a spot well clear of the power lines that supply your electricity.

Q: A 67.0- painter is on a uniform 21- scaffold supported from above by ropes. There is a 3.8- pail of paint to one side. The ropes are 1m inside the scaffold on each side. The pail is 1m away from the left rope and 3m from the right rope. The scaffold is a 6m. How close to the right end can he approach safely? How close to the left end can he approach safely?: First of all...no units, no answer. Second of all...according to OSHA (Occupation Safety and Health Administration), NO ONE can walk on a scaffold beam outside the support ropes OR SET ANY OBJECT DOWN outside the support ropes. Hence the answers for both questions are 1 meter. It doesn't matter what a calculation will yield...NO ONE can walk on the beam outside the support ropes safely. Even if a torque balance yields that it will not put the ropes in compression and buckle them...it still isn't considered to be safe by OSHA if the painter is outside the ropes.

Q: Bowl buckle type steel pipe scaffolding should set up a few people: What are the form and structure of bowl buckle scaffold?Composition formA bowl type steel tube scaffold is a multifunctional scaffold in our country with reference to foreign experience developed, its member nodes connected with bowl, because the bowl is fixed on the steel pipe, all components of the axial connection, good mechanical properties, which is reliable, consisting of the scaffold with good integrity, there is no fastener lost problem.

Q: What could you do with 100,000 jumbo cotton balls, 50 gallons of honey, and three story scaffolding?: Take them on the road-trip of course....we'll find some use for them along the way.....

Q: I'm interested in a scaffold career in the oil rigs in the north sea: Sorry if I'm not serious, but go to Hong Kong as there they do scaffolding made of bamboo and 170 floors high ,2000mtrs above the sea level... Now that is serious...

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