Ledger End for Sacffolding and Formwork Systems

Ref Price:

Loading Port:: China Main Port

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: -

Inquire Now

Add to My Favorites

OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

Quick Details

Title:	ledger end	Sample:	for free	Assessment Scores:	92% audited by Quality Solutions Int'l LTD,UK
Spectrometer:	Available	Inside Quality:	doable	Casting Process:	Disa Line

Packaging & Delivery

Packaging Detail:	as per customers' requirements
Delivery Detail:	15days to 30days

Specifications

ledger end
equipped with disa sand process line
common and special properties of casting irons

ledger end

Advantages:

1. More than 20-year experience in casting Iron production & trading service.

2. Packed with advanced equipment and ready for your OEM projects

1) Disa sand processing line

2) Japan FBO Modeling line

3) detection device of SC sand,

4) American Inductotherm medium frequency furnace

5)CMM and Spectrometer

3. Our team consists of 200 experienced craftsmen

4. ISO9001-2008 have gained

5. Professional for OEM production

6. Competitive price supplied

7. One-stop service supplied

8. Rich experience in packing, loading and arrangement of shipment

9. Surface of Zinc plating, Hot dip galvanizing & E-coating available

BOM of Main Facilities:

Name of Equipments
American Inductotherm Medium Frequency Furnace
Online Detection Device of SC Sand
Denmark DISA Sand Processing System
Power Station
Japan Sinto Medeling Line Bisector
CMM
Universal Material Experimental Machine
Spectrometer
High Speed Carbon and Sulfur Anylyzer
Sand Analysis System
Metallographic Analyzer

Capacity of Production:

Title	GB	DIN	ISO	JIS	BS	ASTM	UNS
Gray Iron	HT150~HT350	GG15~GG35	150~350	FC15~FC35	G150~G350	No.25~No.50	F11701~F13501
Ductile Iron	QT400-15	GGG40	400-15	FCD40	370/17	60-40-18	F32800
Ductile Iron	~QT800-2	~GGG80	~800-2	~FCD80	~800/2	~120-90-02	~F36200

Title	GB	GFA	ISO	SAE	ASTM
vermicular cast irons	RuT260	GJV300	16112/JV/300S~ 500S	C250	250
vermicular cast irons	~RuT460	~GJV500	16112/JV/300S~ 500S	~C500HN	~450

Q: In the construction of steel pipe scaffolding steel pipe and steel stamping fastener usage ratio is how much?: There are a lot of people do not know the construction of steel pipe scaffolding and steel plate and the proportion of the amount of stamping fastener is much, then let the people tell you the problem

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??: Well an industrial piercing isn't exactly going to get in your way, just put your hair up in a pony tail so your hair doesn't get snagged on it. I wouldn't suggest trying to cover it with anything though, you'll be putting the piercing at risk of infection from trapping bacteria, especially if you're going to end up sweating.

Q: i had it done 2/3 months ago, it was fine at first but now on each end i have two lumps on my ear:S there relitavely smal...the size of like a really tiny pea.there really painfull and sore and quite red and sometimes they scab over with yellowy crust [yes i know sounds disguisting]im just a bit worried that its gone all weird or are these normal? am i cleaning it right?: I had the same situation occur when I got my scaffold/industrial done. I wouldn't be too concerned. The lumps are called hypertrophic scars, and supposedly they are pretty common and are caused by overcleaning, harsh products, or (as I think was my case) general irritation from the jewelry moving repeatedly back and forth through the piercing or being bumped around or rubbed/touched. Mine lasted quite a long time. Try leaving your piercing alone for a couple of days. Then salt water solutions or compresses are supposed to help the lumps to heal, and I also used tea tree oil and neosporine intermittently. Hot compresses like a heated washcloth applied to the area help to reduce the lumps, as well. Sometimes it's recommended to try another type of jewelry, like titanium, or switch temporarily to two separate bars. You might also try finding a really gentle cleanser/soap. I just kept my original piercing, using the above techniques off and on, and after months of the lumps remaining red and sore, they just went away totally. Just keep your eye out for any pussing (hypertrophic scars ooze, but they don't usually pus), increased swelling, and the area feeling very hot- these are signs of infectiona nd you should see your doc right away. Good luck! :)

Q: My mom wouldn't let me get snakebites or cyberbites but she will let me get my scaffold pierced. I know people have different things for pain etc etc I know it will hurt but I want it pierced. So, to someone who has gotten it pierced or knows about it is there anything special you have to do to take care of it or is it just like the ear lobe piercing.: it probably does hurt cuz of your cartilage just put rubbing alchahol on it and it should be okay =)

Q: Find the demolishing scheme of scaffold: Removal of scaffolding shall comply with the following requirements:11.2.1 removal operations must be carried out from top to bottom, prohibited from top to bottom operation at the same time;11.2.2 even wall pieces must be removed with the scaffolding layer by layer, is strictly prohibited even after the first wall or a few layers of the demolition of the dismantling of scaffolding; demolition of the height difference should not be greater than 2 steps, such as the height difference is greater than the 2 step, should be added to strengthen the wall;

Q: THIS METAL SCAFFOLDING IS CONNECTED TO EARTH.Need 2 more questions to be answered:1.Is he going to be electrocuted if he wasn't holding the metal scaffolding?2.will the current flow through him or through the wire in both cases?: I'll assume you mean a LIVE wire, AC. 1. If there is no connection to ground at all, NO. Birds can sit on live wires. 2. The current will flow from wire through body and scaffold to ground, then from ground through scaffold and body to wire, reversing at a rate of 60 times per second (America). Depending on the voltage on the wire, that person will most likely die or even be burned apart.

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: 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: Can anybody provide me the formula for calculating scaffold volume on circular tank?: Step 1. Measure the diameter of the tank (D). Step 2. Measure the height (h) for a vertical tank or length (l) of a horizontal tank. Step 3. Calculate the cross-sectional area of the tank using Equation 1. Equation 1: Cross-sectional Area, A = 3.14 x D x D/4 Step 4. Calculate the volume of the tank in cubic feet using Equation 2. Equation 2: Volume in cubic feet = A x h [for a vertical tank] Volume in cubic feet = A x l [for a horizontal tank] Step 5. Convert the volume of the tank from cubic feet to gallons using Equation 3. Equation 3: Volume in gallons = (Volume in cubic feet) x 7.48