Silo Engineering Grain Silo 500T - 8000T

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Loading Port:
Tianjin
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TT OR LC
Min Order Qty:
1 set
Supply Capability:
100 set/month

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Product Description:

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

 

Anyang Lipp Silo Engineering Grain Silo 500T - 8000T

                                                           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)

 

Anyang Lipp Silo Engineering Grain Silo 500T - 8000T

 

 Datas for Silo Engineering Grain Silo 500T - 8000T


Item

Specification

Roof System

Roof Sheet

δ1.0mm,  Galvanized steel 

Anyang Lipp Silo Engineering Grain Silo 500T - 8000T

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



Anyang Lipp Silo Engineering Grain Silo 500T - 8000T

Silo Wall

Galvanized steel

Gal. rate >= 275g/m2

  δ2.0 -  δ4.0mm





Gate  ø600 mm




















 

Inner Reinforcement



Anyang Lipp Silo Engineering Grain Silo 500T - 8000T

Reinforcement ribs

Steel section

 12pcs/silo - 84pcs/silo


[6.3, [8.0, [10, [12, [14, [16, [18, [20, 

   [22






 

Steel Structure



Anyang Lipp Silo Engineering Grain Silo 500T - 8000T

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:

 Anyang Lipp Silo Engineering Grain Silo 500T - 8000TAnyang Lipp Silo Engineering Grain Silo 500T - 8000TAnyang Lipp Silo Engineering Grain Silo 500T - 8000T

 


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Q:Where are reserve nukes stationed if they're not being transfered to silos etc?
Nunya damn bidness!
Q:Have large diesel generatros from missile silo. need manual or info on set up.?
I would try CAT they are putting out a lot of generators l8tly to Subdivisions.
Q:What Call of Duty 4 map has the Well you can fall into?
Countdown, in the middle missle silo wear the smoke is coming out of, just run into the smoke.
Q:How many times can a guy blow his load in 24 hours????
It depends on the tanker size and the silo and load eg PFA, cement, flour. All which are blown into hoppers. That's what you asking Right!
Q:whats the response to LAWS FALL CALK ASK NUDE SILO LOT BLOB RUNS JOVE PELT PURE SLOT PENT OX FLOP MERE GUT NIB
My response would be: WRITE A BETTER QUESTION IN ENGLISH.
Q:Question about hacking?
no to either of them lol... The only way you would be able to do it is if you had physical access to the closed loop systems that they use (so unless you are somehow inside a nuclear silo or in outer space, you cant hack them). hacking in the real world is vastly different from in movies lol just because its in a movie doesnt mean its possible in real life...
Q:What are those tall things that farmers put feed in?
A silo.
Q:Calculus optimization problem?
π (r^2) (h) + 2/3 π r^3 =497 solve for h h= 497/pi r^2 - 2r/3 Surface area = 3pi r^2 + 2pi r h = 3pi r^2 + 2 pi r [ 497/pi r^2 - 2r/3] Surface area = 3 pi r^2 +994 /r - (4/3)pi r^2 dS/dr = 3pi (2r) -994/r^2 -(4/3) pi (2r) = 0 6pir--994/r^2 - (8/3)pi r = 0 6pi r^3 -994 -(8/3) pi r^3 = 0 (10/3) pi r^3 = 994 r^3 = (994)(3/10)(1/pi) =94.92 r= (94.92)^(1/3) r =4.5616 h= 497/pi r^2 - 2r/3 = 497/pi (4.5616)^2 - 2(4.56)/3 =4.56 d^2S/dr^2 =6pi +1988/r^3 -(8pi/3) = 10pi/3 +1988/r^3 > 0 for r=4.56 This shows the surface area has been minimized. r=4.6 h=4.6 (after rounding to 1 decimal place)
Q:Does the UK have nukes?
Knock yourself out:
Q:Finding Diameter with only Height and Volume?
You are given the volume, the height of the cylinder, and the overall height. Remember the volume of a cone is: 1/3 x Hcone x Pi x r^2 and the volume of a cylinder is: Hcylider x Pi x r^2. First we have to figure out the height of the cone. We know the overall height, and the height of the cylinder. Hsilo = Hcylinde + Hcone. 10 ft = 6 ft + Hcone. Hcone = 4 ft Now we can find the diameter of the silo. Assuming the diameter(and radius) of both the cone and the cylinder are the same V = 1/3 x Hcone x Pi x r^2 + Hcylider x Pi x r^2 Plugging in all of the known values gives us: 144 ft^3 = 1/3 x 4ft x Pi x r^2 +4 ft x Pi x r^2 144 ft^3 = 4/3 x Pi x r^2 +4 ft x Pi x r^2 144 ft^3 = 16.755 x r^2 Solving for r we have r = 2.93 ft So the diameter is two times r or: D = 5.86 ft - I hope this helps!

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