Hopper Bottom Galvanized Grain Steel Silo Used for Storing Rice

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Loading Port:
Qingdao
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TT or LC
Min Order Qty:
50 m³
Supply Capability:
500000 m³/month

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Product Description:

Hopper Bottom Galvanized Grain Steel Silo Used for Storing Rice

 

Specifications

1,galvanized grain steel silo for sale
2,high quality and best price steel silos
3,hopper bottom steel silos used for storing

assembly corrugated hot-dip galvanizing   hopper bottom steel silos  used for grain storage with best quality and price and 50-1250tons capacity  for sales

 

Features

  1. Hopper bottom steel silo are famous for its automatic discharging process.

The grain inside silos could unload automatically due to gravity, and very efficient;

  1. The steel legs are made of H beam which have good quality and bearing.

  2. 2 kinds of angle-45 degree and 60 degree, among which the 60 degree conical-bottom is usually used to store larger pellet and powdered materials of high viscosity.

  3. Hot dip galvanized steel sheets, 275g/m2 coating galvanizing.

  4. Bolt and screw connected, assembly and easy maintenance.

 

 

Application

Our bolted steel silo is used to store grain, seed, feed, cement, coal and other granular or powdered materials. Popular uses for our product include, Temporary Transit, Raw Material, and Grain warehouses. Current applications of the Bolted Steel Silo is to provide efficient and affordable storage solutions for grain warehousing, alcohol plant, flourmill, oil mill, starch factory, feed mill, malt factory, distilleries, seaport, farm, and grain-processing centers, etc.(Grain including: Wheat /corn /soybean /sorghum /buckwheat /cereal /paddy /millet /bran /rice /peas /beans /rapeseeds /beet seeds /peanut /rye)

 

 

 Some advantages of our product:

1. Lower basic cost with lightweight, low request for foundation, low consumption of steel.

2. High degree of standardization. We can produce the standard components which can be installed on-the-spot.

3. Simple, easy and efficient to install within a short amount of time due to superior component design which are connected by standard bolts.

4. Easy to understand . The bolted silo is equipped with relevant accessories, such as: conveyor, ventilation, drying and monitoring devices, etc. to ensure the quality and safety of the material stored in the silo.

5. Easy to maintain. As the parts of the silo are connected by standard bolts, so it is easy to remove or repair it.

6. Low cost and long tenure of use. The cost of bolted silo is just 35%-50% of the cement silo with the same specification; and its life span can reach 30 years.

7, Hopper bottom silo advantage is can natural flow, but it is capacity limited, capacity no more than 1250tons. 

 

Structure

 1. The Silo Body

Include the wall plate, column, manhole, roof ladders and so on.

(1) The wall plate

Our steel is hot galvanized, which makes it durable and weather resistant. Our advanced bolts with spherical washer and the resisting-worn rubber are used to ensure the tightness

and using period.

(2) Column

The column, made by the Z-bar, is used to reinforce the silo body. It is connected by junction panels.

(3) Manhole and Roof Ladders

There are inspection door and ladders inside and outside the silo body. It is convenient and accessible for any maintenance work.

2. Roof

Roof is made up of radiated beam, roof cover board, tension ring, ventilator scoop, roof cap, etc.

The space age construction technology, which is adopted in the design of the silo framework, can ensure the stability of silo under the large span. There is a guardrail around the silo eaves and there is also a manhole on top of the roof.

3. Hopper bottom

Steel leg, laces for steel leg, ventilation net pipe

 

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Q:whats it called??? (please help!!)?
Pillar or Tower..I want to say a Silo.
Q:Need a name for a Nuclear themed Computer case! Missile silo?
Minuteman okorder.com
Q:Can you help me solve this calculus problem?
The volume of the silo is the volume of the cylinder + the volume of the hemisphere 71000 = pi x r^2 x h + (2/3) x pi x r^3 This can be rearranged to give h and a function of r h = (71000 - (2/3) x pi x r ^3)/(pi x r ^ 2) The cost of materials is the cost of the surface area of the cylinder (including a base) plus the surface area of the hemisphere (which coses 2.8 times as much per unit) C = (some constant) x (2.8 x 2 x pi x r^2 + pi x r ^2 + 2 x pi x r x h) you can replace h in this equation, which changes it to C = (some constant) x (6.6 x pi x r^2 + 142000/r - 4/3 x pi x r^2) The mininum cost happens when C' is 0. After taking the derivative you can divide by (some constant) to get rid of it and multiply both sides by r^2 to get a easy equation to solve. The answer will be the cube root of something...
Q:Do Americans really think 42 silos in Alaska will stop Korean birds?
Just how many missiles do you think the North Koreans have? They manage to test one about every three years. If the North Koreans actually launch against the USA that nation will cease to exist 15 to 20 minutes before Little Kim has a chance to see the results of his missile.
Q:A good minecraft sever?
You cant log into Minecraft at modern-day ):. Assuming you downloaded the main up-tp-date server application and opened it in a folder and the factor spawned, the server ought to desire to artwork intense-high quality.
Q:Did Roy and Silo, the Penguin couple, get back together?
i okorder.com/
Q:Center of Mass Help!!!?
Total mass is 6500 + 40000 = 46500 By symmetry the c.m must lie on the y axis. Taking moment about the origin 46500*d = 6500*(28/2) d = 1.95 m from the origin. ============================
Q:math question help please need help calculus 10 pts?
Assuming this is a vertical silo design with one hemisphere on top and that the metal needed also must include the base of the cylinder (it's not a dirt floor), then:     V = π⋅r²⋅h + ⅔⋅π⋅r³, cylinder + hemisphere     h = (V - ⅔⋅π⋅r³) ⁄ (π⋅r²), solving above for h     A = 2π⋅r⋅h + 2π⋅r² + π⋅r² = 2π⋅r⋅h + 3π⋅r², cylinder + hemisphere + base     A = 2π⋅r⋅(V - ⅔π⋅r³) ⁄ (π⋅r²) + 3π⋅r²     A = 2⋅V ⁄ r + ⁵⁄₃π⋅r²     dA ⁄ dr = ¹⁰⁄₃π⋅r - 2⋅V ⁄ r² = 0     ¹⁰⁄₃π⋅r³ = 2⋅V     r = ∛[3V ⁄ 5π] ≈ 4.5707815 m     h = (V - ⅔π⋅r³) ⁄ (π⋅r²) ≈ 4.5707815 m Interestingly, the r and h work out to the same value.
Q:Army Ranger Question?
If you were able to climb an 80 ft silo with no problems, you'll be fine.
Q:What are the plural forms of these nouns: silo, sheep, seed, scissors, genetics, and alchemy?
Plural Of Silo

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