Shrusti Rack Supported Warehouses (Silo)

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Quote-led storage system • Storage study recommended

Shrusti Rack Supported Warehouses (Silo)

Shrusti Rack Supported Warehouses (Silo) is a rack-supported building structure solution for new-build, high-bay facility construction. It provides defined by the internal racking configuration with structural — defined by the internal racking configuration storage density and is planned around defined by the internal racking configuration.

DensityStructural — defined by the internal racking configurationAccessDefined by the internal racking configurationHandlingDefined by the internal racking configuration

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Product overview

Rack-supported building structure for new-build, high-bay facility construction.

Shrusti Rack Supported Warehouses (Silo) is designed for new-build, high-bay facility construction. The racking structure carries both the stored loads and the building envelope, supporting the roof and wall cladding instead of sitting inside a separately framed warehouse. This page covers manually serviced configurations only. The system balances structural — defined by the internal racking configuration storage density with defined by the internal racking configuration and uses defined by the internal racking configuration stock flow. Selection starts with the confirmed load unit, inventory profile, available height, floor layout and handling method. Final structural ratings, dimensions and accessories are stated in the Shrusti quotation and approved layout.

How it works

The racking structure carries both the stored loads and the building envelope, supporting the roof and wall cladding instead of sitting inside a separately framed warehouse. This page covers manually serviced configurations only.

Key features

Building-scale rack structure supporting roof and walls
Storage density: Structural — defined by the internal racking configuration
Storage access: Defined by the internal racking configuration
Stock rotation: Defined by the internal racking configuration
Handling method: Defined by the internal racking configuration
Load profile: Large-quantity, high-throughput goods
Future extension requires structural review of foundations, racking, cladding and the original building design.
The racking structure itself forms the load-bearing frame for the building's roof and side walls
Simpler base foundations, since load is distributed across multiple racking columns rather than a separate building frame

Benefits

Space utilisation: Structural — defined by the internal racking configuration density for the documented inventory profile.
Accessibility: Defined by the internal racking configuration.
Inventory flow: Defined by the internal racking configuration.
Operational fit: Designed for new-build, high-bay facility construction.
Handling compatibility: Planned around defined by the internal racking configuration.
Expansion: Future extension requires structural review of foundations, racking, cladding and the original building design.
Safety: Coordinate structural engineering, foundations, cladding loads, fire and egress requirements, access equipment, rack protection and inspection planning.
Space utilization: Enables storage at height with maximum use of available surface area.
Scalability: Attractive space savings from a compact design, with load distributed across multiple columns simplifying foundation engineering
Operational efficiency: Combining structure and storage into one build is described as offering quicker construction and system availability

Technical specifications

Published configuration framework.

Only product information supported by the catalogue is shown. Final dimensions and structural ratings are stated in the approved quotation and layout.

Rack Supported Warehouses (Silo) technical specifications
Product family	Other Systems
Storage type	Rack-supported building structure
Load capacity	Structural and storage load ratings are project-specific; no fixed figure is published.
Bay configuration	Building-scale rack structure supporting roof and walls
Storage depth	Defined by the internal racking layout selected for the facility
Documented structural height	Up to 30 m, subject to project engineering.
Frame / structure height	Up to 30 m is stated for the rack-supported structure; final height is project-specific.
Beam / shelf / tier levels	Platform/tier arrangement defined in the approved structural layout.
Bay width	Sized to the confirmed load unit and handling method in the approved layout.
Bay depth	Defined by the storage method and load geometry in the approved layout.
Shelf load capacity	Project-specific; no fixed shelf-load figure is published.
Bay load capacity	Project-specific; stated in the approved structural design.
Upright / structural section	Selected to the confirmed load, height and bay arrangement in the structural design.
Material construction	Steel structural components are used; grade and section are confirmed in the technical offer.
Coating / finish	Finish is selected in the quotation for the operating environment.
Storage accessibility	Defined by the internal racking configuration
Storage density	Structural — defined by the internal racking configuration
Stock rotation	Defined by the internal racking configuration
Handling method	Defined by the internal racking configuration
Expansion capability	Future extension requires structural review of foundations, racking, cladding and the original building design.
Safety provisions	Coordinate structural engineering, foundations, cladding loads, fire and egress requirements, access equipment, rack protection and inspection planning.
Suitable load units	Large-quantity, high-throughput goods
Facility compatibility	New-build, high-bay facility construction
Customization options	Building footprint, height, internal rack type, cladding, roof, access, dock interfaces and material-handling layout.

Applications and warehouse use cases

Match the system to the inventory and operating method.

Applications

Primary application: New-build, high-bay facility construction.
Typical load profile: Large-quantity, high-throughput goods.
Preferred handling method: Defined by the internal racking configuration.
the product profile describes high-rack silos as self-supporting warehouses used for storing large quantities of high-throughput articles.
Typical operational scenarios: Best evaluated at the building-design stage, for facilities planning substantial new high-bay storage capacity where combining structure and racking could reduce cost and construction time.
Industry applications: Large-scale distribution, 3PL, and manufacturers with high-throughput storage needs.

Warehouse use cases

Facilities managing new-build, high-bay facility construction.
Layouts requiring defined by the internal racking configuration.
Operations using defined by the internal racking configuration.
Inventory flows based on defined by the internal racking configuration.

Industry suitability

Rack Supported Warehouses (Silo) industry suitability
Manufacturing	Strong fitStrong fit where the operation matches this system's documented load, access and inventory profile.
Automotive	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
Engineering	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
FMCG	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
Retail	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
E-Commerce	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
Pharmaceuticals	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
Food Processing	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
Textiles	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
Chemicals	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
Logistics & 3PL	Strong fitStrong fit where the operation matches this system's documented load, access and inventory profile.
Cold Storage	Application-dependentApplication-dependent; confirm the load unit, SKU profile, handling method and facility before selection.
Industrial Distribution	Strong fitStrong fit where the operation matches this system's documented load, access and inventory profile.

Safety, customisation and support

Define the interfaces before installation.

Safety benefits

Coordinate structural engineering, foundations, cladding loads, fire and egress requirements, access equipment, rack protection and inspection planning.
Project-specific load ratings and clear operating limits are stated in the approved layout and handover documentation.
Installation planning should separate equipment routes, pedestrian access and service clearances where applicable.

Customization options

Building footprint
height
internal rack type
cladding
roof
access
dock interfaces and material-handling layout.

Installation & support

Storage study and requirement capture
Layout and configuration development
Structural selection and project quotation
Supply and installation coordination
Handover, operator guidance and documentation
AMC, preventive maintenance and inspection support

Maintenance guidance

Inspect the racking structure, cladding interfaces, bracing, anchors, impact zones and building-envelope connections under an approved structural plan.
Do not modify levels, bays, lanes or platforms beyond the approved configuration without engineering review.
Record impact damage, deformation or missing components and isolate affected positions until reviewed.

Buying guide

Choose from the operating requirement, not the product name.

Who should buy it: Operations with new-build, high-bay facility construction.
Inventory profile: Large-quantity, high-throughput goods with defined by the internal racking configuration stock flow.
Access and density: Choose this system when defined by the internal racking configuration and structural — defined by the internal racking configuration density match the operating priority.
Handling equipment: Confirm compatibility with defined by the internal racking configuration before fixing aisle, bay or lane dimensions.
Selection criterion: Scope limited to conventional lift-truck and manual-picking configurations.
Expansion: Review the five-year SKU, capacity and building-growth plan before finalising row lengths, levels or platform coverage.
Budget: Commercial pricing is project-specific and follows the approved layout, structural ratings, accessories and installation scope.

Comparison table

Compare adjacent systems.

Attribute	Mezzanine Floor - UBe Series	Rack Supported Warehouses (Silo)	Mobile Pallet Racking
Storage density	Not applicable (area-based)	Structural — defined by the internal racking configuration	High
Accessibility	Full platform access	Defined by the internal racking configuration	Every pallet (100%)
Load capacity	Project-specific quotation	Project-specific quotation	Project-specific quotation
Cost level	Project-specific quotation	Project-specific quotation	Project-specific quotation
Flexibility	The structure can be dismantled and relocated; extensions must follow the established column-grid and load design.	Future extension requires structural review of foundations, racking, cladding and the original building design.	Additional mobile bases or rack sections may be added where rail length, floor loading and control capacity permit.
Best use case	Fast-delivery, relocatable second level	New-build, high-bay facility construction	Wide SKU range, space- or refrigeration-constrained
Warehouse type	Demountable rack-component mezzanine	Rack-supported building structure	Operator-controlled mobile pallet storage
Ideal industry	Retail, general offices, storage and warehousing, and production areas	Large-scale distribution, 3PL, and manufacturers with high-throughput storage needs	FMCG, food and beverage, and pharmaceuticals.

Product FAQs

Questions buyers ask before a storage quotation.

What is a rack supported warehouse?

It is a building technique, also called a clad rack or silo warehouse, where the racking structure itself acts as the load-bearing frame for the building's roof and side walls, rather than being installed inside a separately built structure.

How tall can a rack supported warehouse be?

Shrusti states heights of up to 30 metres are achievable with this construction method.

What are the benefits of a rack supported warehouse over conventional construction?

Shrusti lists maximum use of available surface area, storage flexibility for a wide range of goods, compact space savings, simpler foundations from distributed column loading, and faster system availability from rapid assembly.

What kind of operations use rack supported warehouses?

the product profile describes high-rack silos as self-supporting warehouses used for storing large quantities of high-throughput articles, typically for large-scale distribution or manufacturing.

Can a rack supported warehouse be retrofitted into an existing building?

This construction method is generally a new-build technique, since the racking itself replaces part of the conventional building structure; retrofitting existing buildings should be discussed directly with Shrusti's project planning team.

What is Rack Supported Warehouses (Silo)?

Rack Supported Warehouses (Silo) is a rack-supported building structure system. The racking structure carries both the stored loads and the building envelope, supporting the roof and wall cladding instead of sitting inside a separately framed warehouse. This page covers manually serviced configurations only.

What inventory profile suits Rack Supported Warehouses (Silo)?

It is best suited to new-build, high-bay facility construction, using large-quantity, high-throughput goods.

What storage density does Rack Supported Warehouses (Silo) provide?

The catalogue classifies its storage density as structural — defined by the internal racking configuration. Actual capacity depends on the approved layout and load profile.

How accessible are stored goods in Rack Supported Warehouses (Silo)?

Storage access is described as defined by the internal racking configuration.

What handling equipment is used with Rack Supported Warehouses (Silo)?

The documented handling method is defined by the internal racking configuration. The exact equipment envelope must be checked before the aisle or bay layout is approved.

What stock-rotation method does Rack Supported Warehouses (Silo) support?

The documented stock-rotation approach is defined by the internal racking configuration.

What loads can Rack Supported Warehouses (Silo) store?

It is intended for large-quantity, high-throughput goods. Final load ratings and dimensions are confirmed in the Shrusti technical offer.

Universal Shrusti FAQ block

Where is Shrusti based?

Shrusti is based in Chennai, Tamil Nadu, India, and has more than four decades of material-handling and storage-system experience.

Does Shrusti design and install racking systems?

Yes. The project scope can cover requirement study, layout, system selection, supply, installation, handover and ongoing support.

Can a racking layout be customised?

Yes. Bay dimensions, levels, row lengths, access routes, storage method and accessories are selected around the confirmed load, inventory profile and facility.

Is AMC and inspection support available?

AMC, preventive maintenance and rack-inspection support can be included in the commercial scope for the installed system.

What should I share for a quotation?

Share the facility layout, clear height, load dimensions and weight, SKU and pallet profile, required storage capacity, handling equipment and target project timeline.

What is Rack Supported Warehouses (Silo), and when should a warehouse use it?

A rack supported warehouse, or clad rack silo, is a building technique where the racking structure itself forms the load-bearing frame for the roof and walls, instead of racking being installed inside a separately built structure. It's used for large-scale, high-rise storage facilities where combining the racking and the building shell can mean faster construction, simpler foundations, and better use of available height — Shrusti states heights up to 30 metres are achievable.

Who should choose Rack Supported Warehouses (Silo)?

Choose Rack Supported Warehouses (Silo) when the operation has new-build, high-bay facility construction and needs defined by the internal racking configuration with structural — defined by the internal racking configuration storage density.

How is Rack Supported Warehouses (Silo) selected?

Selection begins with the load unit, SKU profile, required positions, building envelope and defined by the internal racking configuration. Final dimensions and ratings follow the approved layout.

Is Rack Supported Warehouses (Silo) a fixed online configuration?

No. Rack Supported Warehouses (Silo) is a quote-led storage system configured around the facility, load and operating method.

Why choose Shrusti

One accountable path from requirement to operation.

Shrusti has engineered material handling and storage systems from Chennai since 1985. Each racking project starts with the load unit, SKU profile, facility envelope, handling equipment and operating flow, then moves through layout development, structural selection, supply, installation and handover. Customers can also scope site study, commissioning, operator guidance, AMC and lifecycle support through one accountable team.

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Turn the storage requirement into an approved layout and quotation.

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