Standard and custom racking assemblies manufactured with certified Q235B / SS400 cold-rolled structural steel, electrostatic powder coating, and modular accessories configured for high-velocity spare parts sorting.
High-visibility yellow/black partition frames securing AGV paths, press-tool buffers, and CKD assembly lines in Cikarang facilities.
Omega upright profiles engineered for engine blocks, cast iron transmissions, and dense metal stamping pallet cages.
Aluminum roller tracks configured with Pick-to-Light dividers for spark plugs, sensors, oil filters, and electronic braking modules.
Reinforced ribbed channel support avoiding point-load collapse under broken pallets, customized for non-standard auto tote boxes.
Optimized for high-turnover motorcycle consumables, gasket kits, and brake pads in automated Jabodetabek distribution nodes.
Heavy cold-formed structural columns creating secondary picking tiers above ground floor pallet staging areas in Karawang plants.
Precision-finished architectural display metalwork for showroom merchandise, synthetic oil additives, detailing kits, and high-end accessories.
Rear-fall mesh screens preventing carton dislodgement in high-reach forklift corridors across busy West Java logistics corridors.
Indonesia represents the beating heart of Southeast Asian automotive manufacturing, anchored by mega industrial hubs including the Greenland International Industrial Center (GIIC), KIIC Karawang, MM2100, and Suryacipta. As principal original equipment manufacturers (OEMs)—including Toyota, Daihatsu, Mitsubishi, Honda, and Hyundai—expand domestic assembly and export capacities, tier-1 and tier-2 parts supply vendors face critical warehousing bottlenecks.
Automotive components present extreme morphological heterogeneity: from small electronic ECUs, fasteners, and sensors requiring ultra-dense, manual bin picking, up to asymmetric exhaust pipes, long side sills, heavy engine blocks, and fragile panoramic windshields. Traditional generic racking systems fail to deliver the floor space utilization and structural safety needed to keep assembly lines operating at peak takt times.
Our engineering facility directly solves this challenge. By producing tailor-made storage solutions fabricated from certified high-yield structural steel, our automotive racking systems bridge the gap between heavy static load requirements and dynamic picking workflows, reducing pick errors by up to 42% and increasing cube storage capacity by more than 60%.
Automotive warehouses cannot rely on a single racking type. We build specialized sub-architectures mapped specifically to part size, fragility, weight, and inventory turnover velocities.
Dense multi-tier boltless shelving, high-density bin cabinets, and gravity carton live beds designed for relays, wiring harnesses, spark plugs, and brake sensors.
Specialized cantilever arms, vertical pigeon-hole dividers, and padded cradles that eliminate point-pressure scuffing and scratching on class-A finished surfaces.
Engineered heavy-duty selective pallet racking with 50mm pitch adjustable box beams, drop-in pallet support crossbars, and heavy wire decking decks.
Step-beam horizontal tire racks featuring cylindrical support edges that prevent bead deformation and flat-spotting across multi-tier passenger car and truck tire warehouses.
Felt-lined, high-angle divider racks equipped with elastomeric dampening floors to isolate expensive laminated auto glass from structural warehouse vibrations.
First-In-First-Out (FIFO) gravity carton roller beds designed to feed assembly lines in continuous Just-in-Time (JIT) sequence, eliminating picker congestion.
Operating industrial warehouse storage in Indonesia requires technical precautions unseen in geographically stable territories. Located on the active Pacific Ring of Fire, industrial parks throughout West Java and East Java are classified under moderate to high seismic risk indices.
Furthermore, high year-round relative humidity (averaging 75% to 90%) and proximity to port terminals like Tanjung Priok and Patimban accelerate galvanic oxidation on substandard paint coatings.
Heavy baseplates, oversized seismic wedge anchors (M12-M16), and X-diagonal horizontal bracing nodes calculated to resist ductile lateral displacement.
Multi-stage automated acid bath degreasing, zinc phosphate pre-treatment, and thermo-hardened epoxy-polyester powder coating (60-80 microns).
Certified steel coil yield strengths guaranteed to handle dynamic load shifts when reach trucks negotiate tight aisles in high-throughput hubs.
Finite element CAD calculations ensure structural column loads do not exceed concrete floor slab punch shear capacities in standard industrial estates.
Evaluate key structural metrics, load ratings, and application dynamics to select the optimal configuration for your automotive logistics facility.
| Racking System | Typical Automotive SKU | Beam / Deck Capacity | Picking Accessibility | Seismic Rating (SNI) | Cube Utilization |
|---|---|---|---|---|---|
| Selective Pallet Racking | Engine blocks, gearboxes, crated castings | 1,000 - 4,500 kg / level | 100% Direct Access | Zone 2 to 4 Engineered | Medium (40% - 50%) |
| Carton Gravity Flow Rack | Sensors, filters, spark plugs, fasteners | 200 - 600 kg / bed | FIFO Fast Picking | Compliant Integrated | High (65% - 75%) |
| Cantilever Rack System | Exhaust pipes, side sills, sheet tubes | 500 - 1,500 kg / arm | Open Face Crane / Reach | Reinforced Base Flanges | Medium (50% - 60%) |
| Drive-In Pallet Racks | Bulk identical SKDs, batteries, rims | 1,000 - 2,000 kg / pallet | LIFO Batch Staging | Top-Tie Diagonal Braced | Maximum (75% - 85%) |
| Multi-Tier Mezzanine | Full catalog mixed retail spares | 300 - 1,000 kg / m² | Multi-Floor Manual Walk | Heavy Anchor Braced | Doubles Floor Area |
| Specialty Tire Racking | OEM radial tires, wheel assemblies | 300 - 800 kg / beam pair | 100% Roll-In Access | End-Aisle Guarded | High Vertical Reach |
*All structural loads are certified according to EN 15512 and FEM 10.2.02 international racking specifications adjusted for Indonesian seismic response spectra.
Unlike trading brokers, we operate dedicated roll-forming, stamping, robotic welding, and automated surface finishing facilities. Every batch undergoes strict non-destructive weld testing and dimensional verification.
Incoming hot and cold-rolled prime steel coils undergo spectral composition checks and tensile strength verification before production release.
Multi-stage roll tooling lines shape upright column profiles and stepped box beams with strict geometric tolerances, eliminating residual internal stress.
CNC-controlled hydraulic punch arrays stamp standardized 50mm / 75mm teardrop and diamond pitches with zero pitch accumulation errors.
Automated CO2 gas-shielded welding links structural beam connectors with consistent penetration, tested for shear and cyclic moment fatigue resistance.
Automated 5-stage chemical pre-wash followed by electrostatic spray and 200°C oven curing produces high-adhesion anti-scratch finishes.
Every production run undergoes deflection deflection verification, coating thickness calibration, and weld integrity audits prior to packaging.
Steel strapped bundles, edge-protected components, and moisture-barrier shrink wrap safeguard components during sea freight into Tanjung Priok Port.
Experienced engineering installation crews perform precision laser leveling, anchor torque verification, load signage placement, and safety sign-off.
Indonesia’s automotive ecosystem is undergoing rapid structural transformation driven by government electrification mandates (Perpres 55/2019), surging domestic two-wheeler ownership, and the expansion of integrated industrial corridors.
With Indonesia leveraging its massive nickel reserves to become an international lithium battery hub, parts distribution centers are increasingly handling heavy battery packs. Battery modules require fire-isolated containment racking, FM Global sprinkler-compatible wire mesh decking, and integrated thermal sensor clearance.
With over 125 million active motorbikes in Indonesia, spare parts distribution networks operated by Astra Honda Motor (AHM), Yamaha Indonesia Motor, and aftermarket brands demand astronomical SKU velocity. Carton flow gravity lanes, pick-to-light mezzanines, and binning bays are rapidly replacing bulk pallet staging to keep fast-moving parts shipping in under 4 hours.
Rising per-square-meter land acquisition costs in Bekasi, Cikarang, and Karawang are pushing warehouse developers to build upward. Modern facilities now feature clear ceiling heights between 12 and 18 meters. High-bay narrow aisle (VNA) racking and rack-supported multi-tier platforms maximize cubic volume, doubling usable square meters without requiring additional land acquisition.
Detailed answers addressing engineering parameters, seismic structural compliance, import logistics, installation timelines, and warranty certifications.
Our engineering department executes structural finite element analysis (FEA) calibrated to the specific seismic zone coefficient of your warehouse site (e.g., Cikarang, Karawang, Semarang, or East Java). We specify heavy-duty baseplates (minimum 10-12mm thickness), calculate post-anchor embedment depth using M12-M16 high-tensile concrete mechanical wedge anchors, and incorporate external horizontal and vertical diagonal bracing towers. This ensures the racking frame dissipates dynamic ground acceleration without exceeding permissible deflection limits.
Yes. In addition to standard pallet dimensions (1200x1000mm, 1100x1100mm JIS pallets), our roll-forming and CNC fabrication units regularly produce tailored beam lengths and drop-in support fixtures for steel collapsible stillages, plastic folding containers, hanging exhaust jigs, and padded cantilever arms for body panels. You provide your container CAD files or part dimensions, and we configure beam profiles with zero wasted clearance.
Standard production lead times range between 15 to 25 business days, depending on project scale, beam tonnage, and custom powder coat specifications. Sea transit into Tanjung Priok or Patimban Port generally requires 10 to 16 days. Knock-down modular components are strapped in heavy export bundles with corrosion-inhibiting desiccant bags and moisture-barrier wrap to eliminate any transit oxidation during monsoon shipping seasons.
Yes. We deliver complete turnkey project execution. We can deploy our certified site supervisors and work alongside your local construction teams, or provide full-scope on-site assembly crews across West Java, Central Java, and East Java. Installation includes electronic laser upright plumb alignment, concrete anchor torque verification, beam safety lock pins, frame column guards, and post-installation load certification plates.
Our surface protection process adheres to ISO 12944 atmospheric corrosion guidelines. Every structural member undergoes an automated 5-stage pre-treatment regimen involving alkaline degreasing, clean water rinse, rust-inhibiting zinc phosphating, and deionized passivating. We then apply an electrostatic thermoset epoxy-polyester powder coating cured at 200°C to achieve a uniform 60–80 micron dry film thickness that surpasses 500 hours of continuous salt spray testing.
Every completed project includes a comprehensive engineering handover package: structural design calculations stamped by qualified structural engineers, mill test certificates (MTC) verifying Q235B / SS400 chemical and tensile properties, powder coat thickness audit reports, laser alignment verification sheets, safe working load (SWL) signage for beam levels, and operational inspection manuals compliant with EN 15635 standards.
Send our application engineering team your warehouse architectural floor plan, clear ceiling height, and automotive SKU list. We will provide an optimized CAD layout, seismic structural calculation, and factory-direct pricing within 48 hours.