How To Order Cantilever Racking?

Storing pipes, timber, and long profiles often leads to a cluttered site and hidden safety risks. Traditional horizontal stacking wastes vertical space and makes material retrieval inconvenient, while also increasing the risk of damage from collisions. Opting for Vertical pipe rack optimizes warehouse layout.

How To Order Cantilever Racking?

This guide covers complete procedures for ordering cantilever racks, including measuring cargo, choosing upright styles, spacing design, counting frames, matching accessories and cooperating with manufacturers for customized warehouse layout solutions.

Coordinate With Manufacturers On Custom Solutions

Compile full specifications for the site and goods; consult manufacturers for tailored layout quotes, seismic calculations, and guidance on necessary approvals.

Precisely Measure Cargo Specifications

Record the dimensions (L x W x H) and weight of the heaviest materials to determine appropriate arm lengths and upright load-bearing ratings.

Select The Upright Type

Choose between single-sided (wall-mounted) or double-sided (aisle-facing) configurations based on the site, and finalize the upright height according to the facility's ceiling clearance.

Optimize Arm Spacing

Ensure arm length slightly exceeds material depth; keep vertical spacing between levels within half the material's height to prevent sagging or deformation.

Calculate The Required Number Of Uprights

Determine the number of uprights by dividing the total material length by the rack spacing; a minimum of two uprights is required per unit, with options for modular extension.

Install Optional Accessories As Needed

Add components such as end stops, pipe restraints, or steel base plates to prevent materials from rolling off and to facilitate the storage of flat stock.

Following these standardized steps helps customers confirm rack parameters accurately. Communicating full site and load data with suppliers enables precise quotation, seismic design and smooth completion of warehouse storage projects.

Key Information You Need To Prepare Before Ordering Cantilever Racking

Before purchasing cantilever racks, buyers must prepare cargo sizes, load limits with safety margin, site layout barriers and forklift parameters. These key data help manufacturers design matching single or double-sided rack solutions precisely.

Record Cargo Dimensions

Measure the length, width, and height of the longest, heaviest, and standard materials (such as steel and timber) stored in the warehouse.

Calculate Load-Bearing Specifications

Determine the maximum load for individual items and per cantilever arm, incorporating a 25% safety margin to prevent rack deformation.

Assess Site Layout Conditions

Document facility ceiling height and obstructions—such as overhead lights, piping, and load-bearing columns—to decide between single-sided (wall-mounted) or double-sided (aisle-access) racking configurations.

Provide Forklift Specifications

Supply details regarding the forklift's turning radius, lifting height, and rated load capacity to plan for safe and suitable aisle widths.

Complete preparation of cargo, load, factory space and forklift data avoids design errors. Sufficient accurate information allows suppliers to offer safe, space-saving customized cantilever rack layout and reliable quotations.

Customization Details for Ordering Cantilever Racking

Many custom details need confirming before ordering cantilever racks, including cargo sizes, load standards, single or double-sided structures, arm spacing, supporting accessories and environmental anti-corrosion surface treatments for warehouse demands.

Base Type

Available in single-sided versions (for placement against a wall) or double-sided versions (for placement in open areas, allowing access from both sides).

Load Capacity

Selected based on the total weight of the heaviest and longest loads; ranges include light-duty (3,800–16,200 lbs), medium-duty (8,500–43,000 lbs), and heavy-duty (up to 60,000 lbs).

Arm Dimensions

Standard lengths of 24–48 inches to match material depth; straight arms accommodate flat loads (≤2° tilt), while inclined arms prevent items from rolling off.

Upright Height

Standard range of 8–20 feet, determined by warehouse ceiling height and forklift lifting capacity.

Upright Spacing

Set at 1/2 to 3/4 of the total material length to prevent excessive deflection or deformation under load.

Accessories

Load stops at arm ends prevent sliding; optional decking (wood planks or wire mesh) allows for the storage of smaller, loose items.

Full customization covers rack styles, sizes, load capacities and matched accessories. Providing all detailed requirements to manufacturers can create exclusive cantilever rack systems fitting indoor and outdoor storage scenarios perfectly.

Please specify your requirement by referring to the following aspects:

1- Describe the type of project (e.g., logistics warehouse, cold storage, factory workshop, tire storage center, e-commerce fulfillment hub, etc.).

2- List the specific racking or type (e.g., pallet racking, cantilever racking, tire racking, industrial shelving, heavy duty storage rack, etc.).

3- Tell us your estimated rack installation or project launch date.

4- Detail your specific requirements or expectations (e.g., warehouse size, load capacity, storage environment, etc.).

5- If you are interested in becoming our distributor, please let us know.