• Silo Engineering Grain Silo 500T - 8000T System 1
  • Silo Engineering Grain Silo 500T - 8000T System 2
  • Silo Engineering Grain Silo 500T - 8000T System 3
Silo Engineering Grain Silo 500T - 8000T

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

 

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

 


Q: I don't have much information to give I'm afraid, but this is what I remember. There's a bunch of people stuck inside a missile bunker and then at the end of the film they're trying to deactivate a missile launch. In the end I think there is some kind of action scene where someone gets trapped in the actual silo when the missile is launched and I think they manage to detonate it in the sky or something. Thanks for your help :)
Doomsday okorder /
Q: What is the meaning of the term Silo Busting?
In military-speak - a silo busting weapon is one strong enough to destroy nuclear weapons stored in a weapons silo. The silo is the protected underground tube where ICBMs are stored and prepared for launch. In business-speak - it means to break up an isolated department of an organization that operates by itself and doesn't share information throughout the company.
Q: I live in a rural area and we have two blue Harvestor grain silos. One has a 25 foot diameter and is 90 feet tall and the other is 4 feet from it with a 20 foot diameter and is 70 feet tall. I was wondering if it would be possible to mount a wind turbine on top of the taller one. I don't know much about turbulence though, if there would be too much? Or how high it would have to be off to clear the turbulence? this is my first try at it, I was going to try a treadmill motor, something small.
Hi Matthew. I have actually seen two silos with turbines on top. The main concern about turbulence is not with the silo, it has more to do with the terrain around it. Are there any trees or other structures that extend above the top of the silo that are within 200 feet of the silo? If the top of the silo has good exposure to winds, then it is probably a good place for the turbine. The other question to answer is whether or not the silo is in good structural condition. A home sized turbine will not put much force on the silo when it is operating, but there will be some force, and vibration. If the silo is masonry, meaning made from stone and mortar, are most of the mortar joints still good, or are there lots of missing spaces between the bricks? I don't know where you live, but if you want to learn more about this, I would suggest two things first. First, get a subscription to Home Power Magazine, the only periodical that really gets into the nuts and bolts of this technology. It is only about $25 a year, but they have articles explaining wind turbines, solar panels, inverters, batteries, and so on. Some issues even take all he commercially made turbines and list them with all the specs and other features, making it easy to select the one you want. If you subscribe, you can go to their website online and use their search engine to look for articles in the past that might help you out. Also go to the websites below, and check out the library for books. I'll list one, if you can't find it, just look for other books by that author, or on that subject matter. The second thing to do is get to one of the energy fairs listed in the calendar section of Home Power, they are held all over the globe. The best and biggest one is in Wisconsin each June, but almost every state hosts one each year now. We went to one 12 years ago, and now our home is completely powered by the wind and sun, it was very informative. Take care Matthew, Rudydoo
Q: A grain silo consists of a cylindrical main section and a hemispherical roof. The cylindrical part is 30 ft tall. Express the total volume of the silo (including the part inside the roof section) as a function of the radius of the silo.V(r)=
1. cylinder volume = pi r^2 h 2. sphere volume = V = (4 Pi/3)r3 = (Pi/6)d3/2
Q: Find out this Shitbrix for me?
I'm scared something might pop out...
Q: The peacekeepers, introduced in 1986, are much more modern than minutemans in 1970. Why did they decommission them instead of the minutemans?
The Peacekeeper was an expensive program. They were never silo based like the Minuteman. Carter authorized a racetrack system which would provide multiple underground shelters. Reagan, the always formidable enemy of the military, said it was a Rube Goldberg and wanted to place them in dense pack silos. The problem was if you hit one they would all be destroyed so congress rejected the plan. Finally, the cost of the program and the failure of the Soviet Union caused the collapse of the Peacekeeper program. Some of the warheads have been used on Minuteman missiles and some of the rockets have been used to launch satellites.
Q: Ok so lately ive hard the story of the sceva House in silo,OK and I want to know is it true?
Sceva House
Q: To upgrade the D.A.V.E to lvl 6 i need 28million putty but i have all 5 storage silo's ( max amount) and maxxed lvl 10 and each recorse space i can store 21mill how do i get more space in the silos?
You can't get more space in the silos since you max out the number of silos. All you need to do is to level up more, so you can store more money and items! Good luck!
Q: A 1? oz. bottle of roll-on deodorant has a height of 4 in. and a radius of ? in. Find the surface area of the bottle if the bottle is shaped like a silo. Use 3.14 for π.Altitude of a launched object. The altitude of an object, in meters, is given by the polynomialh + vt ? 4.9t^2where h is the height, in meters, at which the launch occurs, v is the initial upward speed (or velocity), in meters per second, and t is the number of seconds for which the object is airborne.
1. It's a silo, which is a cylinder and a hemisphere. The height is 4 inches, from the bottom of the cylinder to the top of the hemisphere. So, the height of just the cylinder is 3 and a quarter inches, or 13/4 inches (Because 3/4 of it is the hemisphere). The surface area of a cylinder is denoted by 2*PI*r*L, where L is the height and r is the radius (Same radius as the hemisphere). Thus, for the cylinder part, you get 2*3.14*0.75*3.25 ~ 10.6 inches. The hemisphere is just a half of a sphere. The surface area of a sphere is 4*pi*r^2, and so the surface area of a hemisphere is 2*pi*r^2, or 2*3.14*0.75^2, or around 3.5 inches. Thus, you add the two together and you get that the silo is 14.1 inches in surface area.
Q: What do they do? It's b/c after a while of working in a certain area in the AF, I was thinking if I can cross train if I get bored with a certain job.
It depends on your job. You could be guarding an ECP, in which case yes. You could be checking ID's at a gate. Some SF do law enforcement. Some just train to deploy, and then deploy. Some (like me) are missile cops. We kinda sit around and watch TV, do college courses, or practice our job until an alarm goes off. SF has so many different opportunities and so many different jobs you can do. I love being a cop.

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