• Hopper Bottom Galvanized Grain Steel Silo Used for Storing Rice System 1
  • Hopper Bottom Galvanized Grain Steel Silo Used for Storing Rice System 2
  • Hopper Bottom Galvanized Grain Steel Silo Used for Storing Rice System 3
  • Hopper Bottom Galvanized Grain Steel Silo Used for Storing Rice System 4
Hopper Bottom Galvanized Grain Steel Silo Used for Storing Rice

Hopper Bottom Galvanized Grain Steel Silo Used for Storing Rice

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

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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

 

 Pictures

 

 

Q: A silo (base not included) is to be constructed in the form of a cylinder surmounted by a hemisphere. The cost of construction per square unit of surface area is twice as great for the hemisphere as it is for the cylindrical sidewall. Determine the dimensions to be used if the volume is fixed and the cost of construction is to be kept to a minimum. Neglect the thickness of the silo and waste in construction.
surface area of top of silo is [4 pi r^2] / 2 surface area of a cylinder is 2 pi r h so we know that cost of top is 2 x cost of side [4 pi r^2] / 2 = 2 [2 pi r h] so 4 pi r^2 = 4 [2 pi r h] 4 pi r^2 = 8 pi r h pi r^2 = 2 pi r h r^2 = 2 r h r^2 / 2r = h r/2=h so I think the height is r / 2
Q: how do you exit the first mission in the missle silo? go to the roof or what?
actually pretty easy. immedately turn right and there's a ladder.. climb it. then look around (might be right beside you) is a rope) use it. climb as fast as you can. you only have like 1 min to get to that rope and high enough on it i've beaten the game.. if you need any help you can email me
Q: Okay, so for a math class I have to design an apartment that is only 12ftx12ftx12ft. we have a loft, and my mom has always talked about silo stairs, which are like basically rungs of a ladder put on a wall. does anyone have a picture of these?? or any information on them?
They are exactly that -- a ladder mounted to the side of a wall. If you have enough space in your design, you could always have them slightly slanted from floor to the loft.
Q: A metal storage tank with volume 500m^3 is to be constructed in the shape o a right circular cylinder surmounted by a hemisphere. What dimensions will require the least amount of metal to construct the storage tank
Let, radius = r meter, Volume = (4/3)pir^3 = 500 m^3, r^3 = 3*500/4pi, ===> r = (1500/4pi)^1/3 m surface area, S = (1/2)4pir^2 = 2pi[1500/4pi]^2/3, S = 104 sq.meter >========================< ANSWER
Q: hi i really need help. on battlefield 2142 when i am playing i see my teams silo in blue like normally,but when i look at the enemys titan and silos they are black. i need help plz.
i dont know how that happend and i am a captain in the game i have been playing it ever sense it game out but i never saw a black silo could be glitch or a black titan
Q: Note: A silo is a right circular cylinder surmounted by a hemisphere.Volume was given to be 504π ft^3My brain is fried trying to figure out this problem. I already have the primary equation as A=2πrh+2πr^2 and secondary equation as 504π=π(r^2)h+(2/3)π(r^3).I need help on how to successfully substitute the secondary equation into the primary equation and solving it for zero.Thanks for any help you can provide.
PI r^2 h = 3456 h = 3456 / PI r^2 S=2PI r^2 + 2PI r h S = 2PI r^2 + 2 PI r [ 3456 / PI r^2] S = 2 PI r^2 + 6812 / r differentiate with appreciate to r dS/dr = 4PI r -6812 / r^2 = 0 4 PI r = 6812 / r^2 4 PI r^3 = 6812 PI r^3 = 1703 r^3 = 1703 / PI r = [1703 / PI] ^(a million/3) r =8.1537 h = 3456 / PI r^2 = sixteen.5468 dS^2/dr^2 > 0 while r=8.15; This verfies the exterior section has been minimized.
Q: what is it and what was the price do u have a picture of it
1. A 340-year-old copy of Shakespeare’s “Pericles, Prince of Tyre”, which survived the Great Fire of London in 1666, went for $5million GBP (Great Britain Pound). 2. A Grumman Gulfstream II jet that sold for $4.9 million. 3. A 1909 Honus Wagner baseball card at $1.65 million. 4. Diamond Lake Resort, located in western Kentucky for $1.2 million. 5. A 2003 Ferrari Enzo for $975,000. 6. Shoeless Joe Jackson’s “Black Betsy” baseball bat for $577,610.
Q: Four Circular wheat silo's are arranged so that each circular silo touches two other silo's at exactly one point. (So basically the Silo's are arranged in 2 rows of 2)When the silo's are filled, the grain overflows to fill the space in between all four Silos.The radius of each Silo is 2 meters, the height is 10 meters.What would be the the total volume of the four Silos and the space in between them?Please show the steps taken to solve this problem. Much appreciated.Thanks.
Volume of each silo = Pi*r^2*h, where r-radius h-height = Pi * 4 * 10 = 40Pi m^3 Therefore, total volume of 4 silos = 4 *40Pi = 160 Pi m^3 With the above arrangement of silos it is obvious that the lines joining the centers of the 4 silos form a square of 4m side each. Therefore, the total volume of the space between the silos can be evaluated by subtracting the the volume of 4 quarter silos from the the volume of the square prism ( of side -4m height - 10 m). Volume of the square prism = Area * height = (4*4) * 10 = 160 m^3. Total volume contributed by the 4 quarter silos = Volume of a single silo = 40 Pi m^3. Hence, the total volume of the space between the silos = 160 - 40 Pi = 160 - 125.66 = 34.34 m^3(appx)
Q: i need a code for a universal remote for a silo tv?
This Site Might Help You. RE: i need a code for a universal remote for a silo tv?
Q: what is the diameter of a pipe which carries cement to a silo top, if initial pressure,delivery height,flow rate are available?
Ahhh, and what should be the wall thickness if the pipe material is known?

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