TL;DR: If your Penang warehouse is running out of usable storage space, SKL can assess your warehouse dimensions, pallet loads, SKU movement, forklift access and available height before recommending a suitable racking system and layout.
Since 2007, we have supported industrial storage requirements with racking design, supply, installation and maintenance. The objective is not simply to fit more racks into the building, but to increase usable storage capacity while keeping stock access, material flow and daily operations practical.
Request a Warehouse Site Assessment Send Us Your Warehouse LayoutA warehouse can feel completely full even when valuable space remains unused above the existing storage area or is being lost through inefficient aisles, floor stacking and an unsuitable racking configuration.
Pallets may start occupying access areas, picking becomes slower, temporary stock spreads into working space and forklift travel increases. Before committing to a larger warehouse, it is worth reviewing whether your existing footprint can be reorganised with pallet racking , higher-density storage, multi-tier racking or a structural platform.
Warehouse capacity depends on more than floor area. Rack height, aisle layout, SKU profile, pallet dimensions, forklift requirements and stock rotation all affect how much usable storage the building can provide.
For a deeper look at this approach, see our guide on increasing warehouse storage capacity without expanding the building .
Congestion affects handling efficiency, stock accessibility, forklift movement and the amount of floor area available for productive warehouse activities. Solving it requires looking at the storage operation as a whole rather than simply adding more steel.
Pallets stored in travel routes can increase handling time and create unnecessary movements during picking and replenishment.
A layout that does not match inventory flow can make operators travel farther than necessary to retrieve or replenish stock.
Unstructured floor storage can make individual pallets harder to access and stock locations more difficult to organise.
Rack condition, pallet loading and areas exposed to material-handling equipment should be considered as part of ongoing warehouse management.
Renting more space can introduce additional rent, utilities, fit-out and relocation costs when the existing warehouse may still have usable capacity.
Selecting racks only by unit price can overlook forklift access, future changes, operating flow and the suitability of the system for the stored inventory.
The right racking decision is based on inventory flow, pallet load, forklift operation and building conditions—not only the number of racks that can fit into the floor plan.
You do not need to decide between selective, double-deep, drive-in or multi-tier racking before speaking with us. The system direction should follow your storage profile and operating requirements.
Selective racking prioritises direct pallet access, while drive-in racking prioritises density for fewer SKUs stored in larger quantities. SKU profile, stock rotation and access frequency should guide the decision.
Forklift type, turning requirements, reach height and aisle width are reviewed during layout planning. The proposed arrangement should work with the actual material-handling equipment or identify where changes may be necessary.
Installation sequencing should be planned around site access, safety requirements and warehouse operations. Where practical, work areas and installation stages can be discussed before implementation.
The proposed rack configuration, required accessories, installation scope and project requirements should be reviewed together so the quotation reflects the actual warehouse application.
Future storage requirements should be considered during planning. Adjustable rack configurations can provide flexibility, while any later modification, expansion or relocation should be reviewed against load requirements and site conditions before changes are made.
Our starting point is your storage requirement: pallet dimensions, maximum pallet load, number of SKUs, movement frequency, access requirements, available clear height, aisle requirements, forklift characteristics and expected future changes.
Since 2007, SKL has supported customers with racking design, supply, installation and maintenance—not simply rack component delivery. Our own installation team supports the implementation of systems according to the agreed project layout.
Review usable floor dimensions, clear height, columns, entrances and relevant site constraints.
Understand pallet sizes, loads, SKU quantities, stock movement and target storage capacity.
Compare suitable storage directions according to density, accessibility and operational requirements.
Plan rack positions, storage levels, access routes and relevant project scope.
Coordinate rack supply and installation according to the agreed configuration.
Complete the agreed project scope and hand over the installed storage system.
Maintenance and project-specific repair, modification, upgrade or relocation requirements can be reviewed as warehouse needs change.
Where warehouse clear height and handling equipment allow, additional vertical storage levels can increase capacity without immediately increasing the building footprint.
Rack height should always be planned together with loaded pallet height, beam spacing, forklift reach, overhead obstructions and the required load configuration.
The most suitable racking system depends on whether your priority is direct access, higher pallet density, storage of long goods or creation of additional usable floor space. Different warehouse zones may also use different systems.
| Racking System | Best For | Inventory Profile | Pallet / Goods Accessibility | Storage Density | Forklift Consideration | Expansion Flexibility |
|---|---|---|---|---|---|---|
| Selective Pallet Racking | Frequent pallet access | Many SKUs and changing stock | Direct access to every pallet | Moderate | Aisle width and reach must suit the actual forklift | High; adjustable beam levels support changing pallet heights |
| Double Deep Pallet Racking | Higher capacity than standard selective racking | Fewer SKUs with several pallets per SKU | Approximately half of pallet positions are directly accessible | Higher | Requires suitable deep-reach handling equipment | Moderate; suitability depends on SKU and equipment profile |
| Drive-In Racking | High-density pallet storage | Few SKUs with large pallet quantities | Deep-lane FILO access | High | Forklift enters the rack lane, so equipment and clearance are important | More dependent on lane depth and stock profile |
| Heavy Duty Storage Racking | Large, heavy, bulky or awkward goods | Industrial and general heavy storage | Good direct access | Moderate | Handling method depends on the stored goods and rack configuration | Good; shelf levels can be configured for different requirements |
| Cantilever Racking | Pipes, tubing, timber and other long or bulky materials | Long or irregular goods | Open-front access | Application-dependent | Allow sufficient approach and handling clearance | Adjustable arms and single- or double-sided configurations |
| Multi-Tier Heavy Duty Racking | Using substantial unused warehouse height | Small to medium goods and multi-level picking | Accessible across multiple levels | High vertical utilisation | Replenishment routes, stairs, gates and operating access must be planned | Project-specific |
| Steel Structure Platform / Mezzanine Floor | Creating an additional usable level | Storage, picking, working or other planned uses | Access depends on platform and stair arrangement | High vertical space utilisation | Ground-floor circulation and material transfer method must be considered | Evaluated according to structure, building and intended use |
Final suitability, loading, dimensions and layout should be determined from actual warehouse and operating requirements.
Different warehouse problems require different storage configurations. These installation examples show how high-density and vertical-storage systems can be applied according to the type of inventory and access requirement.
Based in Butterworth, Penang, we support warehouse and industrial storage requirements across the state and surrounding northern industrial areas.
Project support is also available for nearby industrial areas including Kulim, Sungai Petani, Alor Setar and Taiping.
30, 32 & 34, Jalan Perusahaan Sungai Lokan 3,
Kawasan Perusahaan Sungai Lokan,
13800 Butterworth, Pulau Pinang, Malaysia.
Tel: +604-356 9091
Mobile: +6016-532 3091
Contact Our Penang TeamThere is no reliable one-price-fits-all figure for a warehouse racking project. Cost is influenced by the system type, rack height and depth, storage levels, pallet loading, required capacity, accessories, site conditions, installation scope and overall layout.
A useful quotation therefore starts with the actual warehouse and inventory requirement, rather than only the number of rack bays required.
A useful project reference should help you understand the application—not simply show a rack photograph. The examples below illustrate two specialised directions for warehouses that need to manage long materials or create additional usable floor space.
Cantilever racking provides an open-front storage arrangement for items such as tubing, piping, timber and other long or bulky products.
When the requirement is additional usable floor area rather than only more pallet positions, a structural platform can make better use of warehouse height.
A warehouse racking project involves more than purchasing steel components. The value of the system depends on how well the engineering direction, installation and future support match the operation.
See available racking accessories and safety protection including pallet supports, beam protectors, barriers and column guards.
You do not need to choose the rack model first. Share your warehouse layout, pallet information and storage requirement, and we can review the application before a complete racking installation is planned.
This makes it possible to consider whether the main opportunity is taller racking, better beam-level utilisation, a different aisle arrangement, higher-density pallet storage, multi-tier storage, a structural platform or a combination of systems.
Avoid purchasing a racking system based only on rack dimensions or the lowest quotation. Let us review your warehouse space, pallet load, inventory profile and operational flow before recommending a suitable direction.
A practical warehouse layout should create usable capacity without making picking, forklift movement or stock access unnecessarily difficult.
In summary, choosing a racking system supplier in Penang should begin with the warehouse operation—not simply a rack catalogue or unit price.
The right solution may involve selective pallet racking, double-deep or drive-in storage, heavy-duty racking, cantilever storage, multi-tier racking, a mezzanine-style structural platform or a combination of systems. By reviewing warehouse dimensions, pallet loading, forklift access, SKU movement and available height first, the storage system can be planned around the way your warehouse actually needs to operate.
Discuss your warehouse racking requirements with our Penang team and send your floor plan, pallet details or existing warehouse photos for an initial project discussion.