Safety Guarranteed Salt Strage Silo,Assured 30 Years Lifespan

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Tianjin
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1 set
Supply Capability:
100 set/month

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Product Description:

Safety Guarranteed Salt Strage Silo,Assured 30 Years Lifespan

Main Structure of Salt Storage silo

  • Condition: New

  • Capacity: 50-15000m3 for salt strage silo

  • Material: Steel

  • Dimension(L*W*H): As per size of salt strage silo

  • Weight: As per size of salt strage silo

  • Usage: Salt Strage Silo

  • 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 for Salt Strage Silo

  • Installation and Debugging: Engineers Sevice Overseas for Salt Strage Silo

Main Specification of Salt Storage Silo

Details

Materials

Quality Standard

Features

 

 

Body Plate

By Hot Dip Galvanized Steel Plate,

275-600g/m2 Galvanization

China National Standard with Quality Report

Corrugated

Our Corrugated Steel Plate Production Line is IMPORTED

 

Bolts and Screws

 

Hot Dip Galvanized, Taiwan Imported, Strengthened, Max Sealing

Quality Strength Report

Imported from Taiwan

 

 

 

 

Enforcement Rib Stiffeners

 

Sidewall stiffeners are manufactured from min. 350 N/mm² tensile high strength steel with zinc coating of 275 g/m². This type of stiffeners easily transit the vertical loads during loading or unloading, environment loads of the silo.

China National Standard with Quality Report

Can be inside or outside rib

Rigorous calculation to meet full silo strength safety

 

 

 

 

Wind Ring

 

Hot Dip Galvanized

For additional support for higher wind areas, the wind ring is attached directly to the stiffeners. The rings strengthen the silo providing reinforcement against damaging wind.

China National Standard with Quality Report

Rigorous calculation to meet the anti-wind needs for sea port area or windy area

 

 

 

Manhole

 

A standard manhole door is located in the second ring of the silo. Double size door with strong frame and block system

China National Standard with Quality Report

Easy for the ascendant to inspect and maintenance, ensure the safety of the silo.

 

 

 

 

Stairs

 

SRON offers both ladders and stairs as outside climbing options. Stairs offer a shallow 8” step that decreases the incline angle for an easier, safer, and more comfortable climb.

China National Standard with Quality Report

Can be installed inside and outside of the silo, Easy for the ascendant to inspect and maintenance, ensure the safety of the silo.

 

Inside Ladder

 

Ladder inside silo, simple vertical or cage type ladder are available for your choice

China National Standard with Quality Report


 


Datas for Salt Storage Silo

Bottom shape

Hopper Type

Flat Bottom Type

Capacity

≤1500t

≥1500t

Design view

 

Heavy structural “wide-flanged” columns

Columns designed “X” bracing

Pressure bearing is higher than the national standard, and safe enough.

 

Can be built by concrete or steel based on your requirement and actual demand.

Silo Discharge 

Hopper is with Rigorous Full Load Safety Calculation. SRON has 0 Silo Hopper Accidents and 0 Silo Accidents

Can be made by concrete or steel

There will be one or more discharge holes on the bottom based on different materials and capacity.

Sweeper

Normally no need sweeper for hopper bottom silo except for high viscidity materials

Clean up residual easier

China Famous Brand or France Brand


FAQ

Why should you choose us:

  • Any of Your Problem is the Top Urgency

  • WE SHALL BE RESPONSIBLE FOREVER FOR ANY SILO WE CONSTRUCT. AND FOREVER TECHNOLOGY SUPPORT FOR YOUR GRAIN SAFE STORAGE

  • Your Correspondence Must Issue Communication/Solution for Your Request within 24 Hours Due to International Time Difference, We Beg Your Pardon if Our Correspondence Fail to Respond Timely and Please Do Complain to Help Our Improvement. 

Picture:

Safety Guarranteed Salt Strage Silo,Assured 30 Years Lifespan

Safety Guarranteed Salt Strage Silo,Assured 30 Years Lifespan


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Q:Where are American missile silos located?
You don't know for a reason... Your handle is an insult to Every Black American... just shows how really ignorant you are... Jealous because you can't get off your Fat A*s and build a Multi Million Dollar Corporation...?? Shows the only thing holding you back...is you !!!! He followed through on MLK's dream... all you do is ***** and complain...
Q:Grain leaving conical silo?
Calculus problem... i'm going to use V for Volume and v for velocity 1) figure out how much volume is flowing through the opening assuming the opening is round, d=.4m and h is constantly changing dV/dt = A*v = pi*.4^2/4*(2*g*h)^.43 (m^3/s) V(dot) = .126*(19.62*h)^.43 = .453*h^.43 (m^3/s) V(dot @ h=40) = 2.21 m^3/s V(dot @ h=14) = 1.41 m^3/s 2) Volume of a cone = pi*d^2*h/12 (www.grc.nasa.gov/WWW/K-12/airplan... V(40m) = 104.7*40 = 4188 m^3 for at V(14m), take the ratio of diameters ==> 20/40 = d/14 therefore d(14m) = 7 m V(14m) = 179.6 m^3 Change of Volume = 4188-180 = 4008 m^3 I'm stuck, hope I could give you a start.
Q:what would it cost to demo and dispose of concrete foundations ?
A small fortune for sure . 40 thousand would be a conservative guess . Why not knock the foundation into its own hole and bury it . Same with rest , dig a hole beside slab , cut it up and bury it .May cost 15 - 20 thousand . Good luck !~
Q:Solid Geometry / Solid Mensuration?
There's no diagram provided, but it seems the storage capacity of the silo is equal to the volume of the lower cylinder, plus the volume of the frustum. (Since the upper cylinder is part of the cupola, we won't count it as part of the silo's storage capacity.) Let C = the volume of the lower cylinder, and Let F = the volume of the frustum. Now, C = πr^2 h We're given that r = 12, and h = 21. So, C = π(12^2)(21) = 3,024π ft^3 The frustum is like a cone with its top part sliced off. The base-radius of the cone is 12 ft. The top part, sliced off, is a similar, smaller cone with base-radius 6 ft. If we let y = the height of the sliced-off cone, and consider the triangular cross-section of both cones, then, by similar triangles, (y + 6) / 12 = y / 6 => 2y = y + 6 => y = 6 So, the height of the larger cone is 6 + y = 12, and the height of the sliced-off cone is y = 6. (Recall again we're given that the base-radius of the larger cone is 12, and the base radius of the sliced-off cone is 6.) Then, the volume of the frustum is the volume of the larger cone, minus the volume of the sliced-off cone: F = (1/3)π(12^2)(12) - (1/3)π(6^2)(6) = 504π ft^3 Our total volume V is: V = C + F = 3,024π + 504π = 3,528π ft^3
Q:anyone know cheat codes for command and conquer?
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Q:A silo consists of a right circular cylinder of diameter 4 m. and altitude 6 m.?
The volume of a cylinder is given by the formula: V(cylinder) = pi r² h r = 4, h = 6 Hint: 96 pi :-D The volume of a cone is given by the formula: V(cone) = 1/3 pi r² h r = 4, h = 3 Hint: 1/3 * 48 pi = ? I can plug in the numbers, but you can solve it just as easily. Hint: A multiple of pi that has three digits. Two are 1 and one is 2. :-)
Q:Does the UK have nukes?
You do not have enough points to know about this.
Q:find minimum?
Let V = volume of silo V = volume of hemisphere + volume of cylinder Volume of hemisphere = (2/3)(pi)r^3 Volume of cylinder = (pi)r^2h where r = radius of cylinder = radius of hemisphere h = height of the cylinder Since V = 100, 100 = (2/3)(pi)r^3 + pi(r^2)h and solving for h h = (100/(pi*r^2)) - (2r/3) S = Surface area of silo = surface area of hemisphere + surface area of cylinder Surface area of hemisphere = 2(pi)r^2 Surface area of cylinder = pi(r^2) + 2(pi)rh Therefore, S = 2(pi)r^2 + pi(r^2) + 2(pi)rh since h = (100/(pi*r^2)) - (2r/3) and substituting it in the above equation, S = 2(pi)r^2 + pi(r^2) + 2(pi)r[100/(pi*r^2)) - (2r/3)] Simplifying the above, S = 2(pi)r^2 + [(pi)r^2 + 200/r - 2(pi)r^2/3] S = 2(pi)r^2 + [(1/3)(pi)r^2 + 200/r] Since cost of hemisphere is twice that of the cylinder, then C = cost = 2*2(pi)r^2 + 1*[(1/3)(pi)r^2 + 200/r] C = 4(pi)r^2 + (1/3(pi)r^2 + 200/r C = (13/3)(pi)r^2 + 200/r Differentiating C with respec to r, (dC/dr) = (26/3)(pi)r - 200/r^2 and setting (dC/dr) = 0 and solving for r, (26/3)(pi)r - 200/r^2 = 0 Simplifying the above, 26(pi)r^3 = 600 Solving for r, r = 1.94 meters Now, that r is known, h can be determined by using the above derived formula of h = (100/(pi*r^2)) - (2r/3) Substituting r = 1.94. h = 7.16 meters Dimensions of the silo are: r = 1.94 m h = 7.16 m CHECK: First check: V = (2/3)(pi)(1.94)^3 + pi(1.94)^2(7.16) V = 15.3 + 84.7 = 100 m (this checks with the original condition of the problem that the volume of the silo is fixed at 100 m^3). Second check: Take the second derivative of the original function, i.e., (d^2C/d^2r) = 400/r^3 and since the second derivative is positive (greater than zero), then it confirms that the calculated dimensions for r and h will indeed yield the minimum cost.
Q:Many good Americans died fighting Hitler and racism. Why would their children vote for Trump now?
Somewhat of a stretch there, simpleton, but I understand your fear. Trump is soooo scary.
Q:how do you put a starter silo id on a 85 ford ranger?
Very easy, its right by your batt. Clean all the connections on it first, it may just be coroded.

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