Silo Engineering Grain Silo 500T - 8000T
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- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 100 set/month
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Silo Engineering Grain Silo 500T - 8000T
Quick Details
| Condition: | New | Capacity: | 600 - 10000m3 | Material: | Steel |
| Dimension(L*W*H): | D7 - 25m | Weight: | 10 - 90T | Certificate: | ISO9001 |
Packaging & Delivery
| Packaging Details: | container |
| Delivery Detail: | 30 days after down payment |
Silo Elevation
Specification:
Diameter: 3.5 - 25 m
Height: 5 - 25 m
Thickness: 2.0 - 4.0 mm
Capacity: 100 - 8000 ton per silo
Material: galvanized steel
(Galvanized rate ≥ 275g/m2)
Datas for Silo Engineering Grain Silo 500T - 8000T
Item | Specification | |
Roof System | Roof Sheet | δ1.0mm, Galvanized steel |
| Purline | Section steel |
Roof platform | Ø1.5-3.0m, Checkered steel plate | |
Upper tension ring | Ø1.5-3.0m, Carbon steel plate | |
Bottom tension ring | Ø3.0-25m, Carbon steel plate | |
Loading hole | δ4.0mm, Carbon steel plate | |
Man hole | δ6.0mm, Carbon steel plate | |
Vent hole | δ4.0mm, Carbon steel plate | |
Guard rail | Ø3.0-25m, 1”(metric), steel tube |
Silo Body | |||
| Silo Wall Galvanized steel Gal. rate >= 275g/m2 | δ2.0 - δ4.0mm | |
| Gate | ø600 mm | ||
Inner Reinforcement | ||
| Reinforcement ribs Steel section | 12pcs/silo - 84pcs/silo |
[6.3, [8.0, [10, [12, [14, [16, [18, [20, | ||
[22 | ||
Steel Structure | ||
| Conical bottom | δ6.0 - δ14.0mm Q235 STEEL |
Ring beam | δ6.0 - δ14.0mm Q235 STEEL | |
Support leg | "H" Section steel | |
Advantages:
* Completely impermeable
* Minimal build-up on internal wall
* Low maintenance
Production Flow:
- Q: Are there any air soft fields in the Miami area?
- Silo okorder in Kendal, FL Hotshots Paintball in Hollywood, FL Rage Paintball in Hollywood, FL
- Q: Did barry find any shovel ready jobs on his tour?
- A lot of those manure silos are ready for his very experienced shovel.
- Q: ... is surrounded by a hemisphere of radius r.a. Find a polynomial in the variable r that represents the volume of the quot;siloquot; shape.b. Find a polynomial in r that represents the total surface area of the silo.
- A right circular cylinder whose radius is r and whose height is 2r is surrounded by a hemisphere of radius r. a. Polynomial in the variable r that represents the volume of the silo shape is given by V = pir^2[2r + (4/3)r] = (10/3)pir^3 ANSWER b. Polynomial in r that represents the total surface area of the silo is given by S = 2pir(r + 2r) + 4pir^2 = 10pir^2 ANSWER.
- Q: On my farm in Farmvile, I've brought a food trough but it never looks full unlike the water trough which always does. Is it possible to fill it??? thanks
- No, they're both just for decoration. That would be cool, though. :-)
- Q: he says to name her syloe but i dont like that name does anyone ???
- No. But give the breed and color and I'll try too help.
- Q: I'm a student photographer looking for old silos to photograph in the eastern CT area or anywhere in RI. Does anyone know where I can find any cool ones? Preferably, I'd like to photograph ones that stand alone (not attached to a barn or anything). Thanks!
- interesting ... good luck
- Q: like lines that take over an hour????what time do u suggest me and a group of about 5 friends go on a friday?
- Well, I went last year. We waited about an hour and a few minutes [maybe, like 15 minutes.] Maybe go about an hour before it gets dark. So maybe 5-6pm. It was well worth the wait though! [O_-]__b
- Q: I totally forgot, I remember that Russia had their strategic location for nukes in Cuba, where was the USA's?
- The US had nuclear missiles in silos out west, in places like Colorado. It also had nuclear missiles stationed in Western Europe, in places such as Britain, Germany and Italy.
- Q: How can a man die without drowning in water?
- Heart attack, aneurysm, diabetic shock... the answers to this question as endless...
- Q: A grain silo has the shape of a right circular cylinder surmounted by a hemisphere. If a silo is to be constructed to have a capacity of 2000 cubic feet, then what height and radius of the silo will require the least amount of construction material?So far all i have is 2000 = (4*pi*R^3)#92;6 + pi*R^2*Ythen i solve for Y and get (2000-(4piR^3#92;6))#92;piR^2 without simplifying of course, anyway when i substitute Y in the volume equation i get the only possibility is X = 1, but i was under the inpression there should be more than one possibilities because that would make for a 600 some foot tall silo, plus tells nothing of building material unless i compare the findings to the total areas of other combinations.The silos radius must be equal to the cylinders so im not sure.I cant figure out if i solved for Y right, so i do volume of spere + volume of cylinder, then solve for y, or just solve it with the cylinder formula, can someone just do this problem for me i give up.
- buy a graphing calculator works for me all the time recommend a Ti89 or the advanced Ti91 they are great just plug ecerything in and presto! the answer in readable terms
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Silo Engineering Grain Silo 500T - 8000T
- Ref Price:
-
- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 set
- Supply Capability:
- 100 set/month
OKorder Service Pledge
OKorder Financial Service
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