Cement Silo

A cement silo stores cement, fly ash, mineral powder, or other bulk powder materials for concrete batching plants, dry mortar plants, and industrial material handling systems. You can select bolted or welded silo configurations according to storage capacity, shipping method, site height, powder type, discharge system, and dust collection requirement.

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Quick Positioning

Choose Cement Silo by Capacity, Structure and Powder Type

Select your cement silo according to storage capacity, powder material, bolted or welded structure, site height, foundation condition, dust collector, level indicator, safety valve, discharge cone, and matched screw conveyor.

Bolted Segmental Cement Silo Series

Capacity20T - 1000T (Mass Capacity)

Recommended ForA bolted cement silo is suitable when your project needs higher storage capacity and overseas delivery with modular plate shipment. The final configuration should review silo capacity, plate quantity, bolt connection, sealing method, foundation condition, wind exposure, filling pipe position, dust collector, safety valve, level indicator, aeration system, and screw conveyor discharge height.

Suitable for larger cement, fly ash, lime, filler, or mineral powder storage needs.
Modular silo plates can be arranged for container shipment according to capacity and order scope.
Site assembly requires bolt tightening, gasket placement, sealant application, lifting tools, and installation checking.
Foundation, anchor bolts, support legs, and discharge height should be reviewed before production.

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Bolted Cement Silo Technical Parameters

Bolted cement silos are the most common export choice because large capacities can be packed into containers and assembled on site.

Parameter	50 TONS	100 TONS	500 TONS	1,000 TONS
Silo Capacity	50 TONS 38 m³	100 TONS 78 m³	500 TONS 385 m³	1,000 TONS
Silo Height	15,000 mm	18,920 mm	19,945 mm	20,840 mm
Silo Diameter	Ø 2,400 mm	Ø 3,060 mm	Ø 6,180 mm	Ø 8,250 mm
Quantity of Silo Legs	4	4	6	8
Silo Output Diameter	Ø 300 mm
Number of Components	8	120	250	191
Silo Weight	6,160 kg	8,000 kg	28,000 kg	72,000 kg
Material of Silo Legs	168×5 mm Steel Pipe	219×5 mm Steel Pipe	Ø273×12 mm Steel Pipe	Ø273×10 mm Steel Pipe
Supports of Silo Leg	NPL 60 mm Corner Iron	NPL 80 mm Corner Iron	NPL 80 mm Corner Iron	100 mm C Channel
Sheet Metals of Silo Leg	15 mm	20 mm	20 mm	25-30 mm
Conical Part Support Material	100 mm Steel C Channel		200 mm Steel C Channel	160 mm Steel C Channel
Conical Part Material	ST-37 5 mm Sheet Metal	ST-37 6 mm Sheet Metal	ST-37 8 mm Sheet Metal	ST-37 10 mm Sheet Metal
Silo Body Material	ST-37 4 mm Sheet Metal	ST-37 5 mm Sheet Metal	ST-37 8 / 6 / 5 mm Sheet Metal
Silo Top Cover Material	ST-37 4 mm Sheet Metal	ST-37 4 mm Sheet Metal	ST-37 6 mm Sheet Metal	ST-37 5 mm Sheet Metal
Charging Pipe	4″ Steel Pipe Up to Silo Leg

Container-Friendly Welded Cement Silo

Capacity10T - 50T (Micro/Onsite Storage)

Recommended ForA welded cement silo is suitable for smaller storage capacities where the tank body is welded in the factory before delivery. Your site should still prepare unloading, lifting, anchor positioning, pneumatic filling pipe, dust collector, pressure relief valve, level indicator, aeration connection, screw conveyor matching, and electrical checking before operation.

Suitable for smaller cement, fly ash, lime, or powder storage applications.
Factory-welded tank body reduces part of the on-site shell assembly work.
Container or truck shipment should be reviewed according to silo diameter, height, and accessory scope.
Lifting space, anchor points, filling pipe, and screw conveyor interface should be confirmed before delivery.

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Welded Cement Silo Technical Parameters

Welded cement silos are integrated units for small capacities where faster installation and simpler site work matter.

SILO CAPACITY	50 TONS, 38 m³
SILO HEIGHT	15000 mm
SILO DIAMETER	Ø 2400 mm
QUANTITY OF SILO LEGS	4
SILO OUTPUT DIAMETER	Ø 300 mm
NUMBER OF COMPONENTS	8
SILO WEIGHT	6160 kg
MATERIAL OF SILO LEGS	168×5 mm, STEEL PIPE
SUPPORTS OF SILO LEG	NPL 60 mm CORNER IRON
SHEET METALS OF SILO LEG	15 mm SHEET METAL
CONICAL PART SUPPORT MATERIAL	100 mm STEEL C CHANNEL
CONICAL PART MATERIAL	ST – 37 – 5 mm SHEET METAL
SILO BODY MATERIAL	ST – 37 – 4 mm SHEET METAL
SILO TOP COVER MATERIAL	ST – 37 – 4 mm SHEET METAL
CHARGING PIPE	4″ STEEL PIPE UP TO SILO LEG

Low-Profile Foundation-Free Horizontal Silo

Capacity20T - 80T (Low-Profile Restrictions)

Recommended ForA horizontal cement silo is suitable when your project has restricted height or needs a low-profile powder storage arrangement. Ground bearing condition, slab levelness, drainage, lifting access, inlet height, screw conveyor route, aeration system, dust collection points, and relocation requirements should be reviewed before selection.

Suitable for sites where tall vertical silos are not practical.
Ground condition and slab levelness should be checked before installation.
Bottom discharge, aeration, and screw conveyor connection should match the downstream equipment.
Relocation requires lifting, transport, pipe reconnection, electrical checking, and site re-confirmation.

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Horizontal Cement Silo Technical Parameters

Horizontal cement silos reduce installation height and civil work for mobile or foundation-free concrete production layouts.

Model	20	50	80
Making method	Integrated
Diameter (m)	2.5	2.6	3
Silo height (m)	5	7.5	9
Match Mixer	JZ350	JS500	JS750
Match screw conveyor	Φ163	φ219	φ219

Product Video

Cement Silo Assembly and Powder Discharge Video

This video position should show silo assembly, dust collector position, safety valve, level indicator, discharge cone, screw conveyor connection, and powder feeding operation.

Factory & Delivery Records

Cement Silo Fabrication and Loading Proof

QIC Machinery can provide silo plate fabrication photos, bolted silo panel checks, welding records, dust collector matching, safety valve preparation, packing photos, and container loading records before shipment.

Bolted Silo Plate Fabrication and Welding Check

This factory record shows silo plate fabrication, flange areas, welding seams, bolt hole positions, and surface preparation before coating. These details help your team review bolted silo shell parts, connection points, and assembly preparation before shipment.

Finished Silo Segments and Screw Conveyor Preparation

Finished silo segments and screw conveyor sections are arranged for pre-shipment checking. Your team can review coated plate parts, conveyor sections, accessory scope, connection interfaces, and equipment identification before loading.

Bolted Silo Container Loading and Lashing Arrangement

Bolted silo plates, support parts, screw conveyor sections, fasteners, and accessories are arranged inside the container according to shipment scope. Loading records help your project prepare unloading, part identification, and assembly sequence after arrival.

Welded Cement Silo Loading Preparation

The welded silo tank body, support frame, accessory interfaces, and loading position are prepared before delivery. This record helps your site review lifting access, receiving space, anchor preparation, and downstream connection planning.

Model Advantages

Cement Silo Advantages for Bulk Powder Storage Planning

QIC Machinery cement silos are selected according to storage capacity, powder type, site height, foundation condition, shipment method, discharge requirement, dust collection, pressure control, aeration, and screw conveyor connection. The focus is to help your project choose a practical storage structure before equipment confirmation.

Silo Structure Matching for Different Site Conditions

Bolted, welded, and horizontal silos solve different storage and installation needs. QIC Machinery reviews capacity, shipment method, site height, foundation condition, lifting access, and downstream equipment before matching the silo structure.

Powder Discharge and Aeration Planning

Cement, fly ash, lime, and mineral powder may behave differently during storage and discharge. Aeration pads, cone hopper design, discharge outlet size, compressor air supply, and screw conveyor connection should be reviewed according to powder type and storage volume.

Dust Collection and Pressure Control Components

A cement silo should be configured with dust collector, pressure relief valve, filling pipe, level indicator, and related accessories according to pneumatic filling conditions. These components support dust control, filling monitoring, and pressure management during operation.

Shipment and Site Assembly Preparation

Bolted silo plates, welded tank bodies, support legs, filters, valves, level indicators, aeration parts, screw conveyor sections, and fasteners should be organized by shipment scope. Packing lists and accessory records help your site prepare unloading and installation work.

Core Systems

Cement Silo Core Systems

A cement silo normally includes silo body, support legs, discharge cone, dust collector, pressure safety valve, level indicator, air fluidization system, access ladder, and screw conveyor connection.

The silo shell stores cement, fly ash, lime, filler, mineral powder, or other dry bulk materials. Shell structure, plate thickness, support legs, anchor position, tank diameter, sealing method, and coating should be reviewed according to silo type and storage capacity.

Layout & Installation

Silo Foundation and Powder Feeding Planning

QIC Machinery helps you confirm silo capacity, foundation size, installation height, tanker feeding access, screw conveyor angle, dust collection, power condition, and container shipping plan.

Silo Capacity and Site Height Review

Your project should confirm powder consumption, storage capacity, available site height, indoor or outdoor location, lifting space, and downstream equipment position before selecting bolted, welded, or horizontal silo structures.

Foundation, Anchor Bolt, and Ground Bearing Preparation

Vertical silos require foundation and anchor bolt planning according to silo capacity, support structure, site condition, and local civil engineering review. Horizontal silos still require ground bearing, slab levelness, drainage, and support point checking.

Bolted Silo Assembly and Sealing Procedure Review

Bolted silos require plate sorting, shell row assembly, bolt tightening, gasket placement, sealant application, support leg installation, and post-assembly inspection. These steps should be planned before the installation team starts site erection.

Why Buy from QIC Machinery

Why Work with QIC Machinery for Cement Silo Projects

QIC Machinery supports your cement silo project with capacity selection, bolted or welded structure matching, accessory confirmation, export packing coordination, loading records, and spare parts planning.

01 Type

Powder Type and Storage Capacity Review

QIC Machinery reviews whether your silo will store cement, fly ash, lime, mineral powder, filler, or other dry bulk materials. Storage capacity, daily consumption, filling frequency, and downstream equipment demand are checked before silo selection.

02 Matching

Bolted, Welded, and Horizontal Structure Matching

Your shipment method, site height, installation tools, foundation condition, and storage capacity are compared before recommending a bolted silo, welded silo, or horizontal silo configuration.

03 Interface

Foundation, Height, and Screw Conveyor Interface Review

Silo height, support structure, foundation point, anchor position, discharge outlet, screw conveyor angle, and downstream mixer or batching equipment should be reviewed as one connected layout.

04 Preparation

Dust Collector, Safety Valve, Aeration, and Level Indicator Preparation

QIC Machinery checks the accessory scope for dust collection, pressure relief, powder aeration, level monitoring, pneumatic filling, and discharge control according to silo type and powder storage conditions.

Cement Silo FAQ

Cement Silo FAQ for Bulk Powder Storage Projects

These questions help your team compare bolted, welded, and horizontal cement silos by capacity, powder type, site height, foundation condition, shipment method, dust collector, pressure relief valve, aeration, level indicator, screw conveyor matching, and quotation information.

How do I choose between bolted, welded, and horizontal cement silos?Click to expandClick to close

Choose according to storage capacity, site height, shipment method, installation tools, foundation condition, and downstream equipment layout. Bolted silos are suitable for larger capacities and modular shipment. Welded silos fit smaller capacities with factory-welded tank bodies. Horizontal silos are useful when the site has height limits or needs a low-profile storage layout.

What capacity should I choose for my batching plant or dry mortar plant?Click to expandClick to close

Capacity depends on daily powder consumption, filling frequency, plant output, truck delivery schedule, powder type, available site space, and the number of production lines connected to the silo. Your project should review storage buffer needs before selecting the silo size.

What powders can be stored in a cement silo?Click to expandClick to close

A cement silo can be configured for cement, fly ash, lime, mineral powder, filler, calcium powder, and other dry bulk powder materials. Powder flowability, moisture sensitivity, bulk density, and discharge method should be reviewed before configuration.

How is a bolted cement silo sealed during installation?Click to expandClick to close

Bolted silo sealing depends on plate connection, gasket placement, sealant application, bolt tightening, installation quality, and later maintenance. For rainy regions, the sealing method and inspection procedure should be reviewed before installation.

Does a horizontal cement silo need a foundation?Click to expandClick to close

A horizontal silo usually needs less vertical foundation work than a tall silo, but the ground bearing condition, slab levelness, drainage, support method, and local site rules should still be reviewed before installation.

Can a welded cement silo be shipped in a container?Click to expandClick to close

Some welded silos can be arranged for container shipment depending on tank diameter, height, support frame, accessory scope, and destination requirements. Shipment method should be reviewed after the final silo configuration is confirmed.

What accessories are needed for a cement silo?Click to expandClick to close

Common accessories include dust collector, pressure relief valve, level indicator, aeration pads, filling pipe, discharge valve, screw conveyor interface, ladder, guardrail, inspection port, fasteners, and electrical or pneumatic connection parts.

How does a dust collector work on a cement silo?Click to expandClick to close

A silo-top dust collector filters dust generated during pneumatic filling. Filter element type, cleaning method, filter area, fan or pulse system, maintenance space, and powder type should be reviewed according to filling frequency and local requirements.

What is the function of a pressure relief valve?Click to expandClick to close

A pressure relief valve is used to release excess internal pressure when pressure rises beyond the valve setting during pneumatic filling. It should be matched with the dust collector, filling pipe, silo capacity, and operating procedure.

How does aeration help powder discharge?Click to expandClick to close

Aeration pads or fluidization devices introduce air near the cone hopper or discharge area to help reduce powder bridging under suitable conditions. Powder type, moisture, cone angle, outlet size, compressor air supply, and screw conveyor matching should be checked.

Factory Quote

Need a Cement Silo Matched to Your Powder Storage Plan?

Share your powder material, storage capacity, site height, foundation condition, discharge method, screw conveyor angle, dust collection requirement, voltage, and destination country.

Please include these cement silo details:

Required silo capacity and powder type.
Bolted, welded, or horizontal structure preference.
Concrete batching plant, dry mortar plant, or other production line type.
Screw conveyor length, discharge height, voltage, destination country, and delivery schedule.

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Cement Silo