Each heavy-duty storage solution is manufactured using structural Q235B/Q355B cold-rolled steel, pre-treated with zinc phosphating, and finished with electrostatically deposited epoxy-polyester powder coat tailored for humid tropical operating conditions.
High-density LIFO storage using nested wheeled carts over inclined structural tracks. Up to 1,500 kg/pallet payload with zero aisle congestion.
Stores two pallets deep from a single aisle, increasing cubic efficiency by 30-40% compared to selective racking. Specialized anti-corrosion coating.
Narrow aisle (VNA) system engineered for high-bay operations up to 12 meters. Thickened cold-rolled uprights maximized for precision robotic or turret truck picking.
The standard for universal 100% pallet accessibility. Adjustable beam levels on 50/75mm pitch with triple-hook safety connectors for heavy warehouse operations.
Gravity-driven dynamic roller lanes with integrated centrifugal speed controller brakes. Ensures automatic First-In, First-Out rotation for perishables and FMCG.
Ergonomic picking and assembly replenishment cart with locking industrial casters, reinforced tier frames, and electrostatic chip-resistant coating.
Engineered specifically for -30°C blast freezer environments. Hot-dip galvanized cold-resistant steel framing with moisture-sealed low-friction rollers.
Boltless interlocking modular shelving system for spare parts, maintenance rooms, and e-commerce hand-load picking operations. 200-500 kg per level capacity.
Deploying intralogistics racking infrastructure across Thailand involves navigating unique geotechnical, climatic, and industrial zoning parameters. Generic racking designs imported without localized finite element analysis (FEA) frequently face accelerated structural fatigue, oxidation, or foundation settlement.
Thailand’s Ministerial Regulations mandate seismic design considerations under DPT Standard 1301/1302-61. Soft Bangkok clay deposits significantly amplify long-period seismic waves originating from the Sagaing Fault or northern active faults. Our engineers configure oversized baseplates, high-ductility anchor bolts (M12-M16 grade 8.8), and heavy-section cross-bracing to prevent racking frame collapse under lateral resonant vibrations.
Relative humidity levels frequently exceeding 80% combined with high temperatures in coastal manufacturing belts like Chonburi and Rayong cause severe micro-climate condensation. Every structural beam and upright manufactured in our factory undergoes an automated 10-stage immersion pre-treatment (degreasing, acid pickling, zinc phosphating, deionized water rinsing) prior to receiving an 80-120μm electrostatic epoxy-polyester powder coat, exceeding 500-hour ASTM B117 salt spray standards.
The Chao Phraya delta basin experiences natural subsoil subsidence. When static point loads from 10-meter uprights reach 12,000 kg, non-uniform slab deflection can throw beam levels out of vertical tolerance. We provide localized floor slab analysis and integrate customized load-spreading distribution pads to prevent localized slab punching and ensure ongoing compliance with European FEM 10.2.02 and SEMA tolerances.
Every racking system produced for the Thai market complies strictly with ISO 9001:2015 quality manufacturing, CE Certificate No. 2435-CPR-8605159, and RoHS non-toxicity standards. Our testing methodology benchmarks European EN 15512 structural specifications to ensure your insurance underwriters, third-party structural inspectors, and corporate safety boards receive unambiguous compliance documentation.
From Eastern Seaboard automotive manufacturing clusters to Samut Sakhon seafood hubs, our storage systems are customized to match exact pallet footprints (1000x1200mm Thai standard, 1100x1100mm Japanese standard, and 800x1200mm Euro pallets).
Supporting Tier-1 and Tier-2 manufacturers across Amata City and WHA industrial estates. Systems integrate heavy-duty selective racks, heavy cantilever systems for steel extrusions, and specialized rack-supported mezzanine floors to optimize SKU sorting for over 30,000 distinct automotive components with rapid turnaround.
Refrigerated warehouse energy represents over 60% of operating expense. In cold rooms running from 0°C down to -30°C, our high-density Radio Shuttle racking and automated Gravity Flow systems maximize cubic utilization by up to 85%, reducing the cubic meters required to refrigerate every metric ton of exported seafood and poultry.
Thailand’s booming retail distribution along Highway 34 demands high picking speed. We engineer multi-tier shelving platforms, carton flow lanes, and narrow-aisle high-bay systems allowing warehouse teams to combine bulk pallet replenishment at upper levels with split-case ergonomic manual picking on lower tiers.
Designed to withstand the punishing weights of cement, ceramic tiles, rebar, and PVC piping. Heavy-duty cantilever racks with adjustable arm capacities up to 3,000 kg per level, fortified with polyurethane arm covers and guide rail systems to protect structural racking integrity from heavy counterbalance forklift impacts.
Static-dissipative powder coatings and dust-repellent closed profile sections prevent micro-particle buildup. Our boltless industrial shelving and push-back rack modules meet strict cleanroom environmental air standards, facilitating FIFO batch control for delicate integrated circuit components.
Accommodating massive seasonal harvest influxes. Reinforced Drive-In and Drive-Through systems configured with heavy-duty wire mesh decking and pallet support bars handle flexible bulk sacks, FIBC jumbo bags, and wooden pallets safely without deflection under extended static pressure.
Driven by the Thailand 4.0 national economic blueprint and substantial foreign direct investment (FDI) into the Eastern Economic Corridor (EEC), the country's warehousing sector is undergoing a profound structural transition from traditional low-bay warehouses to intelligent, vertically dense logistics nodes.
With industrial land prices in prime logistics locations (such as Bangna-Trad, Samut Prakan, and Chonburi) escalating at over 8-12% annually, logistics operators can no longer expand warehouse footprints horizontally. The market is shifting rapidly to high-bay racking installations reaching clear heights of 12 to 18 meters. High-bay Very Narrow Aisle (VNA) systems and Double Deep configurations are replacing standard selective racking to maximize cubic volume, allowing operators to achieve a 45% increase in pallet capacity within the same square meter footprint.
While fully automated robotic AS/RS involves significant capital expenditure, Thai enterprise operators are increasingly adopting semi-automated Radio Shuttle Racking Systems as an economically optimal middle ground. Shuttle systems eliminate the need for forklifts to enter dense storage lanes, slashing pallet handling times by 50% and virtually eliminating forklift mast collisions with racking uprights. Furthermore, smart racking frameworks are being pre-engineered to allow future retrofitting into fully automated crane-guided AS/RS systems.
Multinational automotive, chemical, and retail corporations establishing regional operations in Thailand are requiring suppliers to adhere to LEED (Leadership in Energy and Environmental Design) building standards and ESG metrics. As a direct manufacturer, our steel roll-forming facilities utilize certified recyclable low-carbon steel, energy-efficient robotic welding lines, and zero-discharge powder coating recovery systems, enabling Thai clients to meet their corporate sustainability and carbon audit requirements without sacrificing mechanical yield strength.
Every structural upright, load beam, and horizontal brace is manufactured in-house under an unbroken ISO 9001:2015 audited quality control regime. We never outsource critical load-bearing fabrication.
Clear engineering and commercial clarity for logistics directors, procurement specialists, and structural consultants preparing warehouse tenders in Thailand.