Warehouse racking selection, layout direction, supply, installation and maintenance for factories and industrial warehouses in Penang.
SKL Metal Systems supplies warehouse racking systems from our base in Butterworth, Penang. Established in 2007, we support projects involving selective pallet racking, double-deep racking, drive-in systems, heavy-duty storage, multi-tier racking, cantilever storage and steel structure platforms.
Before recommending a warehouse racking direction, we review what needs to be stored, pallet or item dimensions, maximum load, SKU profile, access frequency, handling equipment and the usable warehouse space. Depending on the confirmed project scope, our support may include site measurement, layout direction, supply, installation, handover and maintenance.
You do not need to decide on a rack model before contacting us. A practical warehouse storage system starts with the way your operation stores, retrieves and moves goods—not simply the number of rack bays that can fit on the floor.
A warehouse can become difficult to operate even when usable space remains above the existing storage area or is being lost through floor stacking, unsuitable aisle arrangements or an inefficient rack configuration. The right response may be taller racking, better beam-level utilisation, higher-density storage, multi-tier racking, a structural platform or a combination of systems.
The layout still needs to preserve practical stock access and material flow. Clear height, pallet loading, forklift reach, turning requirements, columns, entrances and other obstructions should therefore be reviewed before additional storage positions are planned.
The most suitable warehouse racking system depends on the goods, quantity, SKU profile, access requirement, handling equipment and available height. Different areas of the same warehouse may also require different storage systems.
Selective pallet racking is a practical choice when individual pallet positions need to remain directly accessible and the warehouse handles many SKUs or frequent stock movement.
Pallet dimensions, loaded height, load per pallet, rack height, aisle width and forklift characteristics should be confirmed before the layout is finalised.
View selective pallet rackingDouble-deep racking stores pallets two positions deep and can be considered when higher pallet density is more important than direct access to every pallet.
It is best reviewed where individual SKUs have several pallets. Suitable deep-reach handling equipment and access to rear pallet positions must be considered.
View double-deep pallet rackingDrive-in racking prioritises high-density pallet storage and is relevant where fewer SKUs are stored in comparatively large pallet quantities.
The system uses deep storage lanes with a common entry and exit, so pallet consistency, stock rotation, lane depth and forklift clearance require careful review.
View drive-in rackingHeavy-duty storage racking is suited to large, heavy, bulky, long or awkward goods that require organised shelf-level storage and direct access.
Item dimensions, load per level, shelving configuration and the method used to place and retrieve goods influence the appropriate system direction.
View heavy-duty storage rackingMulti-tier racking can make use of substantial warehouse height by creating accessible storage and picking levels within the racking structure.
Clear height, stairs, handrails, safety gates, replenishment routes and picking workflow should all be considered as part of the layout.
View multi-tier heavy duty rackingCantilever racking provides open-front storage for pipes, tubing, timber and other long or bulky materials that may not suit conventional pallet rack bays.
Material length, weight distribution, support-arm spacing and handling clearance influence the final configuration.
View cantilever rackingA steel structure platform can create an elevated storage or working level while retaining suitable usable space beneath it. It is worth considering when the requirement is additional floor area rather than simply more rack positions.
Available space, intended use, required loading, clear height, existing racks or machinery, supporting-column positions and access requirements should be reviewed before a platform layout is proposed.
View steel structure platformsThis comparison can help narrow the initial options. Final system selection should still be based on the actual warehouse, inventory, loading and handling requirements.
| System | Main Requirement | Accessibility | Main Factor to Confirm |
|---|---|---|---|
| Selective | Multiple palletised SKUs | Direct pallet access | Aisle width and forklift |
| Double-Deep | Increased pallet density | Partial direct access | Suitable reach equipment |
| Drive-In | Repeated palletised goods | Deep-lane access | Stock rotation and lane profile |
| Heavy Duty | Heavy, bulky or irregular goods | Shelf-level access | Item dimensions and load |
| Multi-Tier | Multi-level manual storage and picking | Access across levels | Clear height and workflow |
| Cantilever | Long materials | Open-front access | Length and support spacing |
| Steel Platform | Additional usable floor area | Project-specific | Intended use and structural requirements |
The following installation images illustrate how different storage directions can be applied. The appropriate configuration for your warehouse should be determined from the actual goods, space, load, access and handling requirements.
A good racking project begins with the operating requirement and progresses through measurement, storage review, layout planning, quotation and implementation. Our project scope is agreed according to the actual application.
Identify the goods, storage quantity, maximum load, access frequency, stock movement and handling method.
Review usable floor dimensions, clear height, columns, entrances and relevant warehouse obstructions.
Confirm pallet dimensions, SKU profile, stock movement, forklift characteristics and operating requirements.
Compare suitable racking directions according to storage density, accessibility and vertical-space requirements.
Consider rack positions, storage levels, aisles, operating access and relevant site restrictions.
Confirm the relevant rack components, supports, stoppers, guards and protection requirements for the agreed arrangement.
Define the product, configuration, quantity and agreed supply and installation scope.
Implement the confirmed racking arrangement according to the agreed project scope and site conditions.
Complete the agreed scope and review future maintenance, expansion, modification or relocation requirements where applicable.
Yes. The forklift or other material-handling equipment should be considered during warehouse racking layout planning. Turning requirements, operating clearance, reach height and compatibility with the proposed rack system can influence aisle dimensions and usable rack height.
For double-deep storage in particular, suitable reach equipment is required. Drive-in racking also requires the handling equipment to enter the rack lane, making rack clearances and forklift operation especially important.
Warehouse racking should be considered together with the components and protection required by the rack configuration and operating environment. Our range includes items such as base plates, pallet stoppers, floor channels, fork spacers, pallet support bars, beam protectors, chocks, safety barriers and column guards.
These accessories perform different functions and should not be treated as interchangeable add-ons. The appropriate components depend on the rack system, stored goods, pallet arrangement and areas exposed to material-handling equipment.
View racking accessories and safety protection products.
A more useful warehouse racking quotation starts with the actual warehouse, inventory and handling requirements. Quoting only by the number of rack bays may not reflect the configuration your operation needs.
There is no reliable one-price-fits-all figure for a warehouse racking project. Cost varies according to the system type, rack height and depth, number of storage levels, load requirements, quantity, accessories, site conditions, installation scope and overall layout.
Two warehouses with similar floor areas can require very different configurations because of pallet size, SKU profile, forklift access, clear height or storage-density requirements. A quotation should therefore be prepared around the confirmed application rather than a generic price per bay.
Existing racking may be reviewed for expansion, modification or relocation as warehouse requirements change. However, compatibility should not be assumed automatically.
The existing rack configuration, condition, loading requirement, available components and the proposed new layout should be evaluated before changes are made. Future storage requirements are also worth discussing during the initial planning stage where expansion is expected.
SKL Metal Systems has supplied industrial racking and storage solutions since 2007 from our base in Butterworth, Penang. Our service scope covers design direction, supply, installation and maintenance, supported by our own installation team.
Our Penang address is 30, 32 & 34, Jalan Perusahaan Sungai Lokan 3, Kawasan Perusahaan Sungai Lokan, 13800 Butterworth, Pulau Pinang, Malaysia. For current contact details or to send your project requirements, visit our contact page.
Send us your warehouse dimensions, pallet details, required storage capacity, SKU profile and forklift information. We can review the application and discuss which warehouse racking direction should be assessed for your Penang project.
If available, include your floor plan and current warehouse photographs so the initial discussion can take actual site conditions into account.
Send Us Your Warehouse Layout Compare Racking SystemsIn summary, choosing a warehouse racking supplier in Penang should begin with your inventory, pallet loading, SKU profile, access requirements, forklift operation and available warehouse space. SKL provides selective, double-deep, drive-in, heavy-duty, multi-tier, cantilever and steel-platform solutions with layout, supply, installation and maintenance support for confirmed project requirements.