Boltless bay assembly
Shelves lock into upright frames without conventional bolted beam connections, making the bay practical for stockrooms that change shelf levels over time.
Warehouse Shelving
Boltless Shelving
Tool-light modular shelving for hand-loaded stores where bay assembly, adjustment and reconfiguration matter.
Quick Answer
What is Boltless Shelving?
Boltless Shelving is a modular hand-loaded storage bay assembled with interlocking posts, beams and decks rather than conventional shelf-by-shelf bolting. It suits project stores, workshops and back rooms where shelving layouts are relocated or reconfigured over time. Deck type, bay stability, shelf span and load per level must still match the stored goods, handling method and operating environment.
Typical applications
Where This System Fits
- Back rooms and workshops needing practical hand-loaded bays.
- Stockrooms where assembly speed and future reconfiguration are important.
- Cartons, boxed spares and maintenance consumables with known shelf loads.
- Projects that want simple shelf access without pallet handling.
Operating logic
How This Product Works
Review the operating principle, load movement and main configuration checkpoints before comparing a system for the application.
Hand loaded interface
The system suits cartons, tools and small inventory handled by people, so shelf depth and level spacing should match actual reach and item size.
Fast reconfiguration
Teams can adjust shelf levels when product dimensions change, provided the original layout leaves enough upright height, access clearance and aisle space.
Shelving inputs
Confirm shelf load, carton dimensions, number of levels, finish preference, floor condition and whether back panels, side panels or dividers are required.
Technical notes
- Boltless Shelving is selected when assembly method and future reconfiguration matter. Starter bays, extension bays, deck packs and level changes should be planned around who will build, move and maintain the storage after installation.
- Operators access goods from the aisle and load shelves by hand. Cartons, boxed spares, maintenance consumables and workshop materials can be arranged by shelf level, but the layout still needs location labels and clear maximum-load communication for each bay.
- Assembly is the distinguishing feature. Compared with conventional bolted shelves, boltless bays reduce the number of small fasteners and make level changes more straightforward, but this does not remove the need to check bracing, floor contact, decking support and manufacturer instructions.
- Choose a steel, particle board, wire or other specified shelf deck according to item size and environment. Small or flexible goods require support across the full footprint; select a ventilated or visible surface only after confirming load compatibility.
- Rotation is controlled by shelf labelling and replenishment habits. If the operation needs gravity-fed FIFO movement, boltless shelving should be compared with carton flow rather than being forced to handle a process it does not automate.
- Boltless shelving differs from parts bin shelving because it does not by itself create compartmented small-part presentation. Bins, dividers and labels can be added, but the base system remains a modular shelf bay for general hand-loaded goods.
- The procurement conversation should ask who will assemble, relocate and adjust the bays after installation. Boltless storage is valuable when storekeepers expect change: pop-up project stores, workshop expansions, temporary spare-parts rooms and back-of-house stock that shifts between campaigns.
- Decking choice is the technical centre of this product. Particle board, steel panel, wire deck or other surfaces behave differently under oil tins, cartons, toolboxes and archive cases, so a sample shelf plan should identify which levels need solid support and which can stay open.
- Because the connection system is modular, add-on bay direction and starter-bay placement should be planned before the first row is ordered. Corner positions, wall clearance, aisle labels and uneven floor areas can make later expansion awkward if the initial run is treated as a single isolated bay.
- Boltless bays are often selected when the user wants a practical kit of parts: starter bay, extension bay, corner return, deck packs and shelf clips. The quotation should record which team will make future changes and which components must remain spare for reconfiguration.
- Planning should cover knock-down logistics, add-on runs, relocation, deck replacement and temporary project stores. These requirements differ from a fixed stockroom shelving layout.
- Boltless examples include exhibition spares, campaign merchandise, temporary contractor stores, movable workshop benches, knock-down archive rooms and disaster-recovery stock kits. These scenarios value rapid bay relocation and add-on components more than permanent stores administration.
- The quote can list starter uprights, extension beams, decking packs, rubber mallet assembly, spare shelf levels, bay connectors and relocation notes. This vocabulary distinguishes boltless modularity from fixed steel stockroom shelving.
- Boltless storage can be packed, shipped and rebuilt as a component set with spare beams, shelf decks, upright protectors, row joiners and expansion bays. The reassembly scenario is the distinctive reason to choose it.
System strengths
Advantages
- Tool-light assembly reduces dependence on many small shelf fasteners.
- Levels can be adjusted when carton sizes or storage assignments change.
- Open aisle access supports straightforward picking, counts and replenishment.
- Deck choices can be matched to boxed goods, small parts or visibility needs.
Conditions to check
Limitations and Trade-Offs
- It is still a static shelving system and does not create automatic FIFO movement.
- Incorrect decking or span selection can cause poor support for small or flexible items.
- Load limits and bay stability must be confirmed rather than inferred from appearance.
- For very long or bulky hand-loaded items, compare longspan shelving and its wider openings before selection.
Configuration brief
Technical specifications available on request
Final specifications for Boltless Shelving are confirmed from the actual load, site and operating requirements.
- Bay width, depth, height and target number of shelf levels.
- Load per level, load distribution and decking surface required.
- Expected frequency of level changes, relocation or add-on bay expansion.
- Whether goods are cartons, bins, tool cases, files or loose components.
- Aisle access, trolley movement, label method and picking frequency.
- Floor condition, wall clearance, stability requirements and installation instructions.
Standards and compliance
Applicable Standards and Project Requirements
RUNDA RACK products are designed, manufactured, supplied and installed in accordance with applicable international standards, project specifications and destination-market requirements. The engineering package aligns the product family, load data, site conditions, fire strategy, equipment interfaces and required documentation.
Review the standards framework →FEM 10.2.06
Design of hand-loaded steel static shelving
Parts 1 and 2Authoritative source ↗EN 15629
Steel static storage systems — Specification of storage equipment
2008Authoritative source ↗EN 15635
Steel static storage systems — Application and maintenance of storage equipment
2008Authoritative source ↗Practical comparison
Compare Common Alternatives
- Light & Medium Duty Steel Shelving
- Both are hand-loaded, but boltless shelving is selected when modular assembly and reconfiguration are central to the brief.
- Longspan Shelving
- Longspan handles wider openings and bulkier cartons; boltless shelving is usually chosen for smaller modular bays.
- Carton Flow Rack
- Carton flow uses inclined rollers or wheels for FIFO presentation; boltless shelving remains manually replenished and manually picked.
Configuration inputs
What to Confirm Before Selection
- Bay width, depth, height and target number of shelf levels.
- Load per level, load distribution and decking surface required.
- Expected frequency of level changes, relocation or add-on bay expansion.
- Whether goods are cartons, bins, tool cases, files or loose components.
- Aisle access, trolley movement, label method and picking frequency.
- Floor condition, wall clearance, stability requirements and installation instructions.
Product questions
Frequently Asked Questions
- What makes boltless shelving different?
- Its bay components connect without conventional nut-and-bolt shelf fixing, making assembly and level changes more practical. The exact method still has to follow the supplier's component instructions.
- Is boltless shelving suitable for pallets?
- No. It is planned for hand-loaded goods. Palletised loads should be reviewed under pallet racking or a mixed reserve-and-picking layout.
- What should be confirmed before ordering?
- Confirm bay dimensions, level count, decking type, item size, load per level, aisle access, floor condition and any need for bins, dividers or closed panels.
Planning resources