All-round Safety Poultry Feed Bins, Feed Silo Bins Used for Poultry Equipment

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

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Product Description:

 All-round Safety Poultry Feed Bins, Feed Silo Bins Used for Poultry Equipment

 

Application for All-round Safety Poultry Feed Bins

1- Can store grain seeds materials like soybean, rapeseeds, sunflower seeds, corn, rice, wheat etc

2- Can store food materials like feedstuffs, chicken feedmill, pig feedmill etc, wheat powder etc:

3- Used in farm harvest

 

Main Structure of All-round Safety Poultry Feed Bins

  • Condition: New

  • Capacity: 30-15000m3 poultry feed bins

  • Material: Steel

  • Dimension(L*W*H): As Per Size of poultry feed bins

  • Weight: As Per Size of poultry feed bins

  • Usage: poultry feed bins

  • Technology: China Leading,Germany

  • Silo Materials: Hot Galvanized Steel

  • Galvanized Coating: 275-600g/m2

  • Bottom Type: Flat or Hopper Type

  • Gas-tightness: Perfect Gas-tightness

  • Auxillary System:Drying,Cleaning,Dedusting,Lifting and Conveying

  • Monitoring System: Temperature and Moisture Supervision SIMENS PLC

  • Silo Life: 25-40 Years

  • Installation and Debugging: Engineers Sevice Overseas for poultry feed bins

 

FAQ:

Why should you choose us:

1-   We are  cooperative supplier of animal feed silo system for many famous livestock farm companies.

2-   High Precision and Standardization. All Parts and Accessories are Manufactured by the Most Reliable Team and Modern Standard Advanced Production Lines.

3-   Max Sealing and Solidity Performance

4-   Fast Assembling, Easy Maintenance, Easy Remove and Expandation

5-   Max Cost Value as We are in the Center Raw Materials Base and With Scale Effect

 

Advantages:

 

1-    One of the Earliest Integral Solution Provider of Silo Storage System

2-    With the Most Reliable Project Design Technology Team

3-    We Work All Efforts Out to Guarantee the All-round Safety of Your Project.

4-   We Have the Biggest Cost Advantage and Supervision of Raw Materials Quality as We are Located at the   Galvanized Steel Production Base.

5-    With all over 3000 units silo projects under good operation till now

6-    With us, you can choose spiral folding and bolt assembly types silos and the best silo cost

7-   Have Strategical Cooperation with COFCO, YIHAI CHERRY China National Reserve etc. and Have Participated Several International Bank Projects. 

 

Pictures:

 

All-round Safety Poultry Feed Bins, Feed Silo Bins Used for Poultry Equipment

All-round Safety Poultry Feed Bins, Feed Silo Bins Used for Poultry Equipment

All-round Safety Poultry Feed Bins, Feed Silo Bins Used for Poultry Equipment

 

 

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Q:Which is the verb in this sentence?
Principal / main verb- blown. Base form- blow, Past tense- blew. up is an adverb. Subject- The silo Might have-auxiliary verb used to reflect unfulfilled desire or something like this.
Q:Thirteen Days Movie Questions?
Thirteen Days Movie Questions
Q:How exactly is Hantu Island in Just Cause 2 like the island in LOST?
their is a reference to the show with that silo cover/hatch. otherwise its kinda a jungle theme i guess
Q:How many times can a guy blow his load in 24 hours????
Depends on Jessica Alba or Britney Spears
Q:A grain silo has a cylindrical shape. Its diameter is 16 ft, and its height is 39 ft. What is the volume of?
V = (d/2)²πh, where V is volume, d is diameter, π is 3.14, and h is height. V = (16ft / 2)² × 3.14 × 39 ft V = 64 ft² × 122.46 ft V = 7,837.4 ft³ ===========
Q:I have a system of equations word problem. Pls help :)?
Let x = bushels of lentils Let y = bushels of corn Given: If 50 bushels of lentils were added to this mixture, there would be twice as many bushels of lentils as bushels of corn: -----> x + 50 = 2y (eq. #1) If 150 bushels of corn were added to the original mixture, there would be the same amount of corn as lentils: y + 150 = x (eq. #2) Rewrite the equations so that the variables are on the left side of the = sign, and the constant is on the right. eq. #1 x + 50 = 2y Subtract x from both sides 2y - x = 50 eq. #2 y + 150 = x Subtract y from both sides x - y = 150 Rewrite equations so that the x and y variables line up. eq. #1: - x + 2y = 50 x - y = 150 When you have a system of equations, the goal is to have one variable cancel out when the equations are added or subtracted. Sometimes, you have to multiply one of the equations by a number that will allow this to happen. However, in your problem (or system), the x variable will cancel out if you add eq. #1 to eq. #2. Add eq. #1 to eq. #2 (- x + 2y = 50) +( x - y = 150) ___________ -----> y = 200 I got y = 200 by adding the equations (see below) -x + x -----> x cancels out 2y + (-y) = y 50 + 150 = 200 This leaves you with : y = 200 Now substitute y = 200 into either equation and solve for x x - y = 150 x - (200) = 150 Add 200 to both sides x = 350 x = 350, y = 200 Check: When 50 is added to x, x = 2y 350 + 50 = 2(200) 400 = 400 When 150 is added to y, y = x 200 + 150 = 350 350 = 350 The answer checks out. x = 350 (lentils) y = 200 (corn) I hope that helps, good luck.
Q:i need a job that doesn't require a lot of moving around. anybody know of one in abingdon virginia?
Mattress tester.
Q:Help with area in polar coordinates problem?
interesting. I am going to put the center of the silo at 0,0. This puts the spot where the silo meets the barn wall (and where the goat is tethered) at (10,0) the total length of the rope is 20 pi feet (equal to the circumference of the silo) now the goat wants to get to some spot and it stretches the tether as far as it can go. The cord wraps around the silo for some distance and then stretches out straight for some other distance. The length of rope in contact with the silo we will say is 10 t. The position of the point where the rope starts to lose contact is (10 cos t, 10 sin t) the remaining rope has length (20pi - 10t), and the position of the goat is at (10 cos t - (20pi - 10t) sin t, 10 sin t + (20pi-10 t) cos t) or x = 10 cos t - (20pi - 10t) sin t y = 10 sin t + (20pi-10 t) cos t area = integral of x dy/dt dt = integral of y dx/dt dt dy/dt = 10 cos t - (20pi - 10 t) sin t - 10 cos t = - (20pi - 10 t) sin t A = ∫ (10 cos t - (20pi - 10t) sin t)(10 t - 20pi) sin t dt t = 0 to 2pi ∫ -10(20pi-10t) sin t cos t + (20pi - 10t)^2 sin^2 t) dt lets do this in pieces ∫-10(20pi-10t) sin t cos t integrate by parts u = 20 pi - 10 t dv = sin t cos t du = -10 v = -1/4 cos 2t 10{(20 pi - 10 t) (1/4)cos 2t +10 ∫10/4 cos 2t dt} 10{(20 pi - 10 t) (1/4)cos 2t - 10/8 sin 2t | [0,2pi]} -50 pi ∫ (20pi - 10t)^2 sin^2 t) dt integrate by parts u = (20pi - 10t)^2 dv = sin^2 t du = -20(20pi - 10t) v = 1/2 (t - sin t cos t) 1/2 (t - sin t cos t)(20pi - 10t)^2 | [0,2pi] = 0 +∫10(20pi - 10t)(t-sin t cos t) dt = ∫-10(20pi - 10t) sin t cos t + 10(20pi - 10 t) t dt = -50 pi +100 pi t^2 - 100/3 t^3 -100 pi + 400 pi^2 - 800 / 3 pi^3 But the goat can't get into the silo... - 100 pi -200pi + 400 pi^2 - 800/3 pi^3
Q:is this a ever-normal granary bin?
sounds like a feeder or a mini silo
Q:weight of a steel silo that is 80' tall and 22' diameter and 1/4 thick ?
If you have any question on steel silo, you can inquire Muyang which is professional in constructing silo project.

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