Q:I got my scaffold piercing 6 days ago, with titanium, and it was fine until yesterday.I had a couple of nights out and might have knocked it a few times, but yesterday it was swollen, red, throbbing and very painful. There is no liquid coming from it. It seems to have got worse today.I have been following the aftercare advice and cleaning it several times a day with rock salt solution and (up until yesterday) savlon antiseptic spray. Is it just irritated or is it infected? How long should I wait before I go to the doctor? If it is infected, will I have to take it out or just take antibiotics?Thanks!

it sounds like it's just irritated, if it's infected it will be secreting puss. Have you tried to soak it in the rock salt solution? Soak two cotton balls and put one on each side on the piercing and keep it there for 10 minutes a day. And make sure the antiseptic spray has zero alcohol in it because that can irritate it and prolong healing. Try this for a few days and if it's not getting better then go see your doctor.

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:Is it easier to build a disc scaffolding system than a bowl buckle scaffold?

Disc scaffolding systemIs a new type of scaffolding, the product was introduced in Europe in the last century in 80s, is the upgrading of products after the bowl buckle scaffold. Also called chrysanthemum disc scaffolding, scaffold system, disc scaffolding system, buckle disc scaffolding, layher frame (layer frame, Lei Ya frame, because the basic principle of the scaffold is by the German LAYHER (Lei Ya)'s invention, the industry has been called the "thunder sub frame"

Q:What is rolling scaffolding?

Scaffold (pipe staging) that has wheels in the legs. Any metal scaffolding that you've seen can be fitted with wheels to make it mobile.

Q:For the current stage of China's construction should not strengthen the specific meaning of scaffolding and support by way of the scaffolding and support the specific distinction and significance

In order not to be involved in the whole system due to local errors, the scaffold must be separated from the formwork support, forming a stable system.

Q:Scaffolding installation process, construction preparation

Construction preparation(1): steel pipe should be consistent with current national standard "carbon structural steel" (GB/T700) regulations Q235- grade steel; new steel pipe should be the product quality certificate; steel surface should be flat and smooth, no cracks, scarring, delamination, dislocation, bend, burr, indentation and scratch depth, pipe diameter deviation not more than -0.5mm, the wall thickness deviation not greater than -0.5mm, cutting slope deviation not greater than 1.7mm, the steel surface should be brushed with antirust paint; old steel corrosion depth not greater than 0.5mm, more than the prescribed steel shall not be used.(2): buckle made of malleable iron fasteners, the material should be consistent with current national standard "steel pipe scaffolding fasteners" (GB15831) regulations; old buckle inspect before use, shall not have cracks, deformation, bolt appear smooth silk must be replaced; new and old fastener must brush good antirust paint.(3) foot board: the use of 4m long wooden foot board; foot width of not less than 200mm, the thickness is not less than 50mm, both ends should be set with a diameter of 4mm galvanized steel hoop two; rotten feet can not be used.(4) safety net, paint.(5) after the inspection and acceptance of the above parts have been classified and piled up in a neat and orderly manner, no water can be accumulated.2, scaffolding erection and removal(1) scaffold erection

Q:I sincerely ask you to help me, door scaffolding, build 30 meters high, without any reinforcement points of the construction program. Thanks, high marks!

1 in order to design and construct the steel pipe scaffold in the door, to carry out the relevant regulations of the state on safe production, and to realize the advanced technology, reasonable economy and safe application.

Q:Why is it necessary to keep records of all inspection carried out on scaffolds as stated in Regulation 39?

some times ppl die because of neglect and lack of mentainance so some have take responsobility for this

Q:Scaffolding Vertical Standard, Length: 3000mm, Part Number AS1001

Please okorder Type ‘Aluminum Scaffolding+supplier+your location’ into its ‘Search’ panel, and click on ‘Enter’. Several pages of site listings giving details and links of suppliers who offer Aluminum Scaffoldings in, or near, your locality will be presented to you. Contact them, one by one, and then choose the supplier who suits your specific needs best. Happy hunting !

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.