China Best Roller Racking System Warehouse Suppliers & Exporters

Full-width steel roller tracks use continuous, heavy-wall cylindrical steel rollers extending across the entire pallet track width. This configuration is recommended for heavy pallets (800kg to 1500kg), uneven wooden skid runners, metal stillages, or plastic pallets that lack continuous bottom contact surfaces. The continuous roller surface distributes the load evenly, preventing pallet runner edges from dropping into gaps.

Multi-lane skate wheel or polycarbonate wheel tracks use two to three parallel rows of staggered wheels. This arrangement is well-suited for lighter loads, standardized carton-flow picking racks, and premium wooden pallets with consistent, smooth runners. Wheel tracks offer a more economical price point and lower shipping weight, but require high pallet uniformity to prevent tracking divergence.

Roller pitch is determined by the minimum pallet length in the direction of travel. As a fundamental engineering rule, a moving pallet must be supported by at least three individual rollers simultaneously at all times ($Pitch \le Length_{pallet} / 3$). For standard 1200mm deep GMA or Euro pallets, a roller pitch of 100mm to 125mm is commonly specified to prevent surface washboarding and stalling.

Brake roller spacing depends on unit pallet mass, lane depth, and overall slope gradient. For standard 3.0% inclines with 1,000 kg pallet loads, an indirect or direct gear centrifugal speed controller is typically installed at every one to two pallet positions (approximately every 1.5 to 2.5 meters of lane length). This ensures pallets re-accelerate smoothly without exceeding safe speeds of 0.3 m/s.

Corrosion protection is integrated at every step of manufacturing. All upright columns and load beams undergo a 10-step surface treatment process, including chemical degreasing, acid pickling, zinc phosphating, and automatic electrostatic powder curing at 180°C–200°C. For humid tropical environments or wet washdown areas, components can be specified with hot-dip galvanizing according to ISO 1461, delivering a minimum zinc layer thickness of 65 to 85 microns.

For blast-freezer applications down to -30°C, all roller assemblies are fitted with low-temperature synthetic PAO greases rated to -45°C. This prevents standard petroleum lubricants from congealing, ensuring rollers spin freely without added friction.

Yes. Our engineering department regularly designs gravity roller staging lanes for automated AS/RS dispatch and robotic picking systems. For automated interfaces, the discharge ends of roller lanes feature reinforced pallet stop plates, photoelectric sensor brackets, and precise mechanical centering guides.

Because automated stacker cranes and AGVs require repeatable pallet positioning within tight tolerances (±3mm), our designs integrate pneumatic or mechanical escapement separators. These hold back trailing pallets, ensuring the leading pallet is presented cleanly at the pickup face without back-pressure.

Our structural design calculations comply with international regional requirements. For European, Middle Eastern, and Asian tenders, systems are calculated under EN 15512 (Steel static storage systems – Adjustable pallet racking systems – Principles for structural design) and FEM 10.2.02. For the North American market, our teardrop frames meet ANSI/RMI MH16.1 standards.

For projects in active seismic zones (such as the Philippines, Indonesia, Japan, New Zealand, or western South America), our engineers run finite element seismic modeling based on local building codes. We adjust base plate dimensions, upright gauge thickness, and anchor bolt configurations to meet required ground acceleration spectra.